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MenuDelivery specification of the liquid resin Distitron 416B1V16
Properties Test method Unit Value Viscosity RVF at 25°C, s 3 rpm 20 GM025 mPa.s 1450 - 1750 Monomer content RS06C % 25 - 29 Curing at 25°C with 0,3% Co 1% + 1% MEKP Gel time RS08G min.sec 5.00 - 8.00 Curing time RS08G min.sec 17.00 - 25.00 Maximum temperature RS08G °C 135 - 165 Properties of the liquid resin Distitron 416B1V16
Properties Test method Unit Value Appearance - colour RS13F ----- Light bluish Refractive index at 20°C ISO R 489 ----- 1.526 - 1.530 Stability at 20 °C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 416B1V16
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 65 Tensile modulus ISO 527-1993 MPa 3200 Elongation at break ISO 527-1993 % 5,0 Stress at yield ISO 527-1993 MPa 60 Strain at yield ISO 527-1993 % 4,0 Heat deflection temperature ISO 75 - 2:2004 Method A °C 49 Barcol hardness at 25°C ASTM D 2583-01 Unit 41 - Close
Delivery specification of the liquid resin Distitron 420C
Properties Test method Unit Typical value Viscosity RVF at 25°C, s 3 rpm 20 GM025 mPa.s 900 - 1300 Monomer content RS06C % 24 - 29 Curing at 25°C with 0,6% Co 6% + 1,5% MEKP Gel time RS08G min.sec 6.00 - 10.00 Curing time RS08G min.sec 21.00 - 33.00 Maximum temperature RS08G °C 90 - 120 Properties of the liquid resin Distitron 420C
Properties Test method Unit Typical value Appearance - colour RS13F ----- Neutral Acid number RS02C mg KOH/g 16 - 23 Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 420C
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 10 Tensile modulus ISO 527-1993 MPa 90 Elongation at break ISO 527-1993 % 60,0 Glass transition ASTM E 1545-00 ºC 30 - Close
Delivery specification of the liquid resin Distitron 429ESX20Q
Properties Test method Unit Typical value Viscosity RVF at 25°C, s 2 rpm 2 GM025 mPa.s 1700 - 2300 Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 530 - 720 Monomer content RS06C % 40 - 45 Curing at 25°C with 1% MEKP Gel time RS08G min.sec 34.00 - 41.00 Curing time RS08G min.sec 58.00 - 78.00 Maximum temperature RS08G °C 100 - 125 Properties of the liquid resin Distitron 429ESX20Q
Properties Test method Unit Typical value Appearance - colour RS13F ----- Opalescent bluish Acid number RS02C mg KOH/g 13 - 19 Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin 429ESX20Q
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 45 Tensile modulus ISO 527-1993 MPa 4100 Elongation at break ISO 527-1993 % 1,4 Flexural strength ISO 178-2001 MPa 85 Flexural modulus ISO 178-2001 MPa 4200 Heat deflection temperature ISO 75 - 2:2004 Method A °C 66 Barcol hardness at 25°C ASTM D 2583-01 Unit 45 - Close
Delivery specification of the liquid resin Distitron 429EXZ
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 2 GM025 mPa.s 1100 - 1600 Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 370 - 530 Monomer content RS06C % 40 - 45 Curing at 25°C with 0,2% Co6% + 1% MEKP MEKP Gel time RS08G min.sec 32.00 - 43.00 Curing time RS08G min.sec 55.00 - 80.00 Maximum temperature RS08G °C 95 - 125 Properties of the liquid resin Distitron 429EXZ
Properties Test method Unit Value Appearance - colour RS13F ----- Opalescent yellow-brown Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 429EXZ
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 45 Tensile modulus ISO 527-1993 MPa 3900 Elongation at break ISO 527-1993 % 1,6 Flexural strength ISO 178-2001 MPa 85 Flexural modulus ISO 178-2001 MPa 4100 Heat deflection temperature ISO 75 - 2:2004 Method A °C 64 Glass transition ASTM E 1545-00 °C 73 Barcol hardness at 25°C ASTM D 2583-01 Unit 44 - Close
Delivery specification of the liquid resin Distitron 429SV1.3
Properties Test method Unit Typical value Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 110 - 150 Monomer content RS06C % 41 - 45 Curing at 20°C with 1,5% MEKP (on 50g of resin) Gel time RS08G min.sec 9.00 - 12.00 Curing time RS08G min.sec 20.00 - 31.00 Maximum temperature RS08G °C 115 - 145 Properties of the liquid resin Distitron 429SV1.3
Properties Test method Unit Typical value Appearance - colour RS13F ----- Rosa Acid number RS02C mg KOH/g 13 - 20 Stability at 20°C in the dark RS07G months 6 Properties of cured unreinforced resin Distitron 429SV1.3
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 70 Tensile modulus ISO 527-1993 MPa 3900 Elongation at break ISO 527-1993 % 2,3 Flexural strength ISO 178-2001 MPa 130 Flexural modulus ISO 178-2001 MPa 4200 Heat deflection temperature ISO 75 - 2:2004 Method A °C 68 Glass transition ASTM E 1545-00 °C 78 Barcol hardness at 25°C ASTM D 2583-01 Unit 47 - Close
Delivery specification of the liquid resin Distitron 429V1.3
Properties Test method Unit Typical value Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 110 - 150 Monomer content RS06C % 41 - 46 Curing at 20°C with 0,3% Co6% + 1,5% MEKP Gel time RS08G min.sec 11.00 - 15.00 Curing time RS08G min.sec 22.00 - 34.00 Maximum temperature RS08G °C 120 - 150 Properties of the liquid resin Distitron 429V1.3
Propiedades Método de la prueba Unidad de medida Valor Appearance - colour RS13F ----- Light yellow-green Acid number RS02C mg KOH/g 13 - 20 Stability at 20°C in the dark RS07G months 6 Properties of cured unreinforced resin Distitron 429V1.3
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 70 Tensile modulus ISO 527-1993 MPa 3900 Elongation at break ISO 527-1993 % 2,3 Flexural strength ISO 178-2001 MPa 130 Flexural modulus ISO 178-2001 MPa 4200 Heat deflection temperature ISO 75 - 2:2004 Method A °C 68 Glass transition ASTM E 1545-00 °C 78 Barcol hardness at 25°C ASTM D 2583-01 Unit 47 - Close
Delivery specification of the liquid resin Distitron 454V5
Properties Test method Unit Typical value Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 460 - 570 Monomer content RS06C % 35 - 40 Curing at 25°C with 1% Co1% + 1% MEKP Gel time RS08G min.sec 8.00 - 12.00 Curing time RS08G min.sec 17.00 - 28.00 Maximum temperature RS08G °C 170 - 200 Properties of the liquid resin Distitron 454V5
Properties Test method Unit Typical value Appearance - colour RS13F ----- Light yellow Acid number RS02C mg KOH/g 20 - 27 Stability at 20°C in the dark RS07G months 6 Properties of cured unreinforced resin Distitron 454V5
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 80 Tensile modulus ISO 527-1993 MPa 3700 Elongation at break ISO 527-1993 % 4,5 Flexural strength ISO 178-2001 MPa 130 Flexural modulus ISO 178-2001 MPa 3800 Heat deflection temperature ISO 75 - 2:2004 Method A °C 78 Barcol hardness at 25°C ASTM D 2583-01 Unit 47 - Close
Delivery specification of the liquid resin Distitron 514AV2
Properties Test method Unit Typical value Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 280 - 370 Monomer content RS06C % 37 - 41 Curing at 25°C with 0,3% Co6% + 1% MEKP Gel time RS08G min.sec 4.00 - 6.00 Curing time RS08G min.sec 10.00 - 18.00 Maximum temperature RS08G °C 165 - 195 Properties of the liquid resin Distitron 514AV2
Properties Test method Unit Typical value Appearance - colour RS13F ----- Light bluish Acid number RS02C mg KOH/g 23 - 30 Stability at 20°C in the dark RS07G months 6 Delivery specification of the liquid resin Distitron 514AV2
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 75 Tensile modulus ISO 527-1993 MPa 4100 Elongation at break ISO 527-1993 % 2,3 Flexural strength ISO 178-2001 MPa 140 Flexural modulus ISO 178-2001 MPa 4300 Heat deflection temperature ISO 75 - 2:2004 Method A °C 73 Glass transition ASTM E 1545-00 °C 84 Barcol hardness at 25 °C ASTM D 2583-87 Unit 48 - Close
Agreement of delivery specification of the liquid resin Distitron 1402LV4
Properties Test method Unit Typical value Viscosity RVF at 25 °C , s 2 rpm 20 GM025 mPa.s 340 - 410 Monomer content RS06C % 34 - 38 Curing at 25 °C with 0,25% Co6% + 1,5% MEKP Gel time RS08G min.sec 21.00 - 27.00 Curing time RS08G min.sec 28.00 - 38.00 Maximum temperature RS08G °C 165 - 195 Properties of the liquid resin Distitron 1402LV4
Properties Test method Unit Typical value Appearance - colour RS13F ----- Light yellow Acid number RS02C mg KOH/g 25 - 30 Stability at 20 °C in the dark RS07G months 6 Properties of cured unreinforced resin Distitron 1402LV4
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 70 Tensile modulus ISO 527-1993 MPa 4100 Elongation at break ISO 527-1993 % 2,6 Flexural strength ISO 178-2001 MPa 140 Flexural modulus ISO 178-2001 MPa 4200 Heat deflection temperature ISO 75/A °C 78 Barcol hardness at 25 °C ASTM D 2583-87 Unit 45 - Close
Delivery specification of the liquid resin Distitron 1402V4.5
Properties Test method Unit Typical value Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 380 - 470 Monomer content RS06C % 33 - 38 Curing at 20°C with 0,9% Co1% + 2% MEKP Gel time RS08G min.sec 9.00 - 15.00 Curing time RS08G min.sec 15.00 - 27.00 Maximum temperature RS08G °C 170 - 195 Properties of the liquid resin Distitron 1402V4.5
Properties Test method Unit Typical value Appearance - colour RS13F ----- Light yellow Acid number RS02C mg KOH/g 24 - 31 Stability at 20°C in the dark RS07G months 6 Properties of cured unreinforced resin Distitron 1402V4.5
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 70 Tensile modulus ISO 527-1993 MPa 4100 Elongation at break ISO 527-1993 % 2,6 Flexural strength ISO 178-2001 MPa 140 Flexural modulus ISO 178-2001 MPa 4200 Heat deflection temperature ISO 75 - 2:2004 Method A °C 76 Barcol hardness at 25°C ASTM D 2583-01 Unit 45 - Close
Features of the liquid resin Polynt 2482 TAE
Properties Test Method Unit Typical values Specific weight at 20°C g/cm³ 1,11 Brookfield viscosity at 25°C, sp 2 rpm 20 MT-CUT25V mPa.s 520 - 680 Solid content MT-CU001C % 58 - 62 Reactivity a 25°C + 1% MEKP50 Gel time RS.08.G minutes 16 - 20 Delta RS.08.G minutes 9 - 16 Exothermic peak RS.08.G °C 115 - 140 Shelf life at 23°C in the dark MT-CU002S months 3 Properties of the cured unreinforced resin Polynt 2482 TAE
Properties Test Method Unit Typical values Curing cycle 24h at 23°C + 2h at 100°C + 1h at 100 ° C Tensile strength ISO 527 (2012) MPa 50 Tensile modulus ISO 527 (2012) MPa 3900 Elongation at break ISO 527 (2012) % 1,5 Flexural strength ISO 178/B (2010) MPa 85 Flexural modulus ISO 178/B (2010) MPa 3900 HDT ISO 75 -2A (2013) °C 65 Glass transition ASTM E 1545 (2011) °C 78 Barcol hardness at 25°C ASTM D 2583 (2007) units 42 - Close
Delivery specification of the liquid resin Distitron 3501CV2.5
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 210 - 290 Monomer content RS06C % 37 - 42 Curing at 25°C with 0,2% Co6% + 1,5% MEKP Gel time RS08G min.sec 8.00 - 12.00 Curing time RS08G min.sec 19.00 - 28.00 Maximum temperature RS08G °C 140 - 170 Properties of the liquid resin Distitron 3501CV2.5
Properties Test method Unit Value Appearance - colour RS13F ----- Neutral Acid number RS02C mg KOH/g 23 - 30 Stability at 20°C in the dark RS07G months 6 Properties of cured unreinforced resin Distitron 3501CV2.5
Properties Test method Unit Typical value Tensile strength ISO 527-2012 MPa 67 Tensile modulus ISO 527-2012 MPa 4100 Elongation at break ISO 527-2012 % 2,0 Flexural strength ISO 178-2010 Method B MPa 110 Flexural modulus ISO 178-2010 Method B MPa 3900 Heat deflection temperature ISO 75 - 2:2004 Method A °C 55 Barcol hardness at 25°C ASTM D 2583-07 Unit 44 - Close
Delivery specification of the liquid resin Distitron 3501CV4
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 330 - 420 Monomer content RS06C % 35 - 39 Curing at 25°C with 0,6% Co6% + 2% MEKP Gel time RS08G min.sec 5.00 - 8.00 Curing time RS08G min.sec 10.00 - 20.00 Maximum temperature RS08G °C 145 - 175 Properties of the liquid resin Distitron 3501CV4
Properties Test method Unit Value Appearance - colour RS13F ----- Neutral Acid number RS02C mg KOH/g 24 - 31 Stability at 20°C in the dark RS07G months 6 Properties of cured unreinforced resin Distitron 3501CV4
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 65 Tensile modulus ISO 527-1993 MPa 4100 Elongation at break ISO 527-1993 % 2,0 Flexural strength ISO 178-2001 MPa 120 Flexural modulus ISO 178-2001 MPa 4200 Heat deflection temperature ISO 75 - 2:2004 Method A °C 55 Barcol hardness at 25°C ASTM D 2583-01 Unit 46 - Close
Delivery specification of the liquid resin Distitron 3501S
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 330 - 420 Monomer content RS06C % 35 - 39 Curing at 25°C with 0,6% Co6% + 2% MEKP Gel time RS08G min.sec 10.00 - 14.00 Curing time RS08G min.sec 22.00 - 32.00 Maximum temperature RS08G °C 140 - 170 Properties of the liquid resin Distitron 3501S
Properties Test method Unit Value Appearance - colour RS13F ----- Light violet Acid number RS02C mg KOH/g 24 - 31 Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 3501S
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 65 Tensile modulus ISO 527-1993 MPa 4000 Elongation at break ISO 527-1993 % 2,0 Flexural strength ISO 178-2001 MPa 110 Flexural modulus ISO 178-2001 MPa 4200 Heat deflection temperature ISO 75 - 2:2004 Method A °C 54 Barcol hardness at 25°C ASTM D 2583-01 Unit 46 - Close
Delivery specification of the liquid resin Distitron 3519AST
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 2 ISO 2555 mPa.s 2800 - 3200 Viscosity RVF at 25°C, s 2 rpm 20 ISO 2555 mPa.s 850 - 1050 Monomer content RS06C % 37 - 41 Curing at 25°C with 1,5% MEKP Gel time RS08G min.sec 18.00 - 22.00 Curing time RS08G min.sec 38.00 - 47.00 Maximum temperature RS08G °C 130 - 140 Properties of the liquid resin Distitron 3519AST
Properties Test method Unit Value Appearance - colour RS13F ----- Opalescent rose Acid number RS02C mg KOH/g 23 - 28 Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 3519AST
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 55 Tensile modulus ISO 527-1993 MPa 4100 Elongation at break ISO 527-1993 % 1,8 Flexural strength ISO 178-1993 MPa 100 Flexural modulus ISO 178-1993 MPa 4100 Heat deflection temperature ISO 75/A °C 67 Linear withdrawal after 24h at 25 ° C ASTM D 2566-86 % 2,3 Barcol hardness at 25°C ASTM D 2583-87 Unit 48 - Close
Delivery specification of the liquid resin Distitron 3519V2
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 170 - 250 Monomer content RS06C % 37 - 42 Curing at 25°C with 0,2% Co6% + 2% MEKP Gel time RS08G min.sec 2.30 - 5.00 Curing time RS08G min.sec 7.00 - 15.00 Maximum temperature RS08G °C 175 - 200 Properties of the liquid resin Distitron 3519V2
Properties Test method Unit Value Appearance - colour RS13F ----- Light yellow Stability at 20°C in the dark RS07G months 6 Properties of cured unreinforced resin Distitron 3519V2
Properties Test method Unit Typical value Tensile strength ISO 527-2012 MPa 80 Tensile modulus ISO 527-2012 MPa 4100 Elongation at break ISO 527-2012 % 2,7 Flexural strength ISO 178-2010 Method B MPa 150 Flexural modulus ISO 178-2010 Method B MPa 4200 Heat deflection temperature ISO 75 - 2:2013 Method A °C 68 Barcol hardness at 25°C ASTM D 2583-07 Unit 44 - Close
Delivery specification of the liquid resin Distitron 3519V13
Properties Test method Unit Typical value Viscosity RVF at 25°C, s 3 rpm 20 GM025 mPa.s 1200 - 1500 Monomer content RS06C % 27 - 32 Curing at 25°C with 0,3% Co6% + 0,8% MEKP Gel time RS08G min.sec 20.00 - 27.00 Curing time RS08G min.sec 31.00 - 41.00 Maximum temperature RS08G °C 145 - 175 Properties of the liquid resinDistitron 3519V13
Properties Test method Unit Typical value Appearance - colour RS13F ----- Light yellow Acid number RS02C mg KOH/g 27 - 32 Stability at 20°C in the dark RS07G months 6 Properties of cured unreinforced resinDistitron 3519V13
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 75 Tensile modulus ISO 527-1993 MPa 4000 Elongation at break ISO 527-1993 % 2,3 Flexural strength ISO 178-2001 MPa 140 Flexural modulus ISO 178-2001 MPa 4000 Heat deflection temperature ISO 75 - 2:2004 Method A °C 61 Barcol hardness at 25°C ASTM D 2583-01 Unit 45 - Close
Delivery specification of the liquid resin Distitron 5119
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 580 - 700 Monomer content RS06C % 31 - 35 Curing at 25°C with 0,3% Co6% + 0,8% MEKP Gel time RS08G min.sec 20.00 - 27.00 Curing time RS08G min.sec 30.00 - 45.00 Maximum temperature RS08G °C 140 - 170 Properties of the liquid resin Distitron 5119
Properties Test method Unit Value Appearance - colour RS13F ----- Light yellow Acid number RS02C mg KOH/g 24 - 31 Stability at 20°C in the dark RS07G months 5 Properties of cured unreinforced resin Distitron 5119
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 70 Tensile modulus ISO 527-1993 MPa 4000 Elongation at break ISO 527-1993 % 2,3 Flexural strength ISO 178-2001 MPa 130 Flexural modulus ISO 178-2001 MPa 4100 Heat deflection temperature ISO 75 - 2:2004 Method A °C 62 Glass transition ASTM E 1545-00 Unidad 66 - Close
Delivery specification of the liquid resin Distitron 5119E1SX20
Properties Test method Unit Typical value Viscosity RVF at 25°C, s 2 rpm 2 GM025 mPa.s 1800 - 2300 Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 560 - 740 Monomer content RS06C % 38 - 43 Curing at 25°C with 0,8% MEKP Gel time RS08G min.sec 12.00 - 17.00 Curing time RS08G min.sec 21.00 - 31.00 Maximum temperature RS08G °C 110 - 135 Properties of the liquid resin Distitron 5119E1SX20
Properties Test method Unit Typical value Appearance - colour RS13F ----- Opalescent orange Acid number RS02C mg KOH/g 23 - 30 Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 5119E1SX20
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 50 Tensile modulus ISO 527-1993 MPa 4000 Elongation at break ISO 527-1993 % 1,6 Flexural strength ISO 178-2001 MPa 90 Flexural modulus ISO 178-2001 MPa 4100 Heat deflection temperature ISO 75 - 2:2004 Method A °C 64 Barcol hardness at 25°C ASTM D 2583-01 Unit 45 - Close
Delivery specification of the liquid resin Distitron 5119E1SX20Q
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 2 GM025 mPa.s 1600 - 2200 Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 510 - 740 Monomer content RS06C % 39 - 44 Curing at 25°C with 1% MEKP Gel time RS08G min.sec 11.00 - 15.00 Curing time RS08G min.sec 20.00 - 29.00 Maximum temperature RS08G °C 115 - 140 Properties of cured unreinforced resin Distitron 5119E1SX20Q
Properties Test method Unit Value Appearance - colour RS13F ----- Opalescent bluish Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 5119E1SX20Q
Properties Test method Unit Typical value Tensile strength ISO 527-2012 MPa 50 Tensile modulus ISO 527-2012 MPa 4000 Elongation at break ISO 527-2012 % 1,4 Flexural strength ISO 178-2010 Method B MPa 85 Flexural modulus ISO 178-2010 Method B MPa 4000 Heat deflection temperature ISO 75 - 2:2013 Method A °C 64 Barcol hardness at 25°C ASTM D 2583-07 Unidad 44 - Close
Features of the liquid resin Distitron 5119ELSXQ
Properties Test method Unit Typical values Specific weight at 20°C g/cm³ 1,11 Brookfield viscosity at 25°C, sp 2 rpm 20 MT-CUT25V mPa.s 670 - 830 Solid content MT-CU001C % 56 - 60 Reactivity a 25°C + 1% MEKP50 Gel time RS.08.G minutes 16 - 20 Delta RS.08.G minutes 9 - 16 Exothermic peak RS.08.G °C 115 - 140 Shelf life at 23°C in the dark MT-CU002S meses 3 Properties of the cured unreinforced resin Distitron 5119ELSXQ
Properties Test Method Unit Typical values Curing cycle 24h at 23°C + 2h at 100°C + 1h at 100 ° C Tensile strength ISO 527 (2012) MPa 50 Tensile modulus ISO 527 (2012) MPa 3900 Elongation at break ISO 527 (2012) % 1,5 Flexural strength ISO 178/B (2010) MPa 85 Flexural modulus ISO 178/B (2010) MPa 3900 HDT ISO 75 -2A (2013) °C 65 Glass transition ASTM E 1545 (2011) °C 78 Barcol hardness at 25°C ASTM D 2583 (2007) units 42 - Close
Delivery specification of the liquid resin Distitron 5119ESX20
Properties Test method Unit Typical value Viscosity RVF at 25°C, s 2 rpm 2 GM025 mPa.s 1800 - 2300 Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 560 - 740 Monomer content RS06C % 38 - 43 Curing at 25°C with 0,8% MEKP Gel time RS08G min.sec 20.00 - 26.00 Curing time RS08G min.sec 29.00 - 40.00 Maximum temperature RS08G °C 110 - 135 Properties of the liquid resin Distitron 5119ESX20
Properties Test method Unit Typical value Appearance - colour RS13F ----- Opalescent orange Acid number RS02C mg KOH/g 23 - 30 Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 5119ESX20
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 50 Tensile modulus ISO 527-1993 MPa 4000 Elongation at break ISO 527-1993 % 1,6 Flexural strength ISO 178-2001 MPa 90 Flexural modulus ISO 178-2001 MPa 4100 Heat deflection temperature ISO 75 - 2:2004 Method A °C 64 Barcol hardness at 25°C ASTM D 2583-01 Unit 45 - Close
Delivery specification of the liquid resin Distitron 5119ESX20ZQ
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 2 GM025 mPa.s 1700 - 2100 Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 520 - 680 Monomer content RS06C % 39 - 44 Curing at 25°C with 1% MEKP Gel time RS08G min.sec 16.00 - 20.00 Curing time RS08G min.sec 25.00 - 36.00 Maximum temperature RS08G °C 115 - 140 Properties of the liquid resin Distitron 5119ESX20ZQ
Properties Test method Unit Value Appearance - colour RS13F ----- Opalescent bluish Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 5119ESX20ZQ
Properties Test method Unit Typical value Tensile strength ISO 527-2012 MPa 45 Tensile modulus ISO 527-2012 MPa 3900 Elongation at break ISO 527-2012 % 1,4 Flexural strength ISO 178-2010 Method B MPa 80 Flexural modulus ISO 178-2010 Method B MPa 4000 Heat deflection temperature ISO 75 - 2:2013 Method A °C 61 Glass transition ASTM E 1545-11 °C 75 Barcol hardness at 25°C ASTM D 2583-07 Unit 45 - Close
Delivery specification of the liquid resin Distitron 5119S
Properties Test method Unit Typical value Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 580 - 770 Monomer content RS06C % 31 - 35 Curing at 25°C with 0,8% MEKP Gel time RS08G min.sec 21.00 - 27.00 Curing time RS08G min.sec 28.00 - 40.00 Maximum temperature RS08G °C 150 - 170 Properties of the liquid resin Distitron 5119S
Properties Test method Unit Typical value Appearance - colour RS13F ----- Rose-orange Acid number RS02C mg KOH/g 24 - 31 Stability at 20°C in the dark RS07G months 4 Properties of cured unreinforced resin Distitron 5119S
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 75 Tensile modulus ISO 527-1993 MPa 4000 Elongation at break ISO 527-1993 % 2,3 Flexural strength ISO 178-2001 MPa 130 Flexural modulus ISO 178-2001 MPa 4100 Heat deflection temperature ISO 75 - 2:2004 Method A °C 63 Glass transition ASTM E 1545-00 °C 68 - Close
Delivery specification of the liquid resin Distitron 5119X
Properties Test method Unit Typical value Viscosity RVF at 25°C, s 2 rpm 2 GM025 mPa.s 1400 - 2000 Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 420 - 630 Monomer content RS06C % 40 - 45 Curing at 25°C with 0,3% Co6% + 0,8% MEKP Gel time RS08G min.sec 21.00 - 26.00 Curing time RS08G min.sec 36.00 - 47.00 Maximum temperature RS08G °C 145 - 175 Properties of the liquid resin Distitron 5119X
Properties Test method Unit Typical value Appearance - colour RS13F ----- Opalescent yellow Acid number RS02C mg KOH/g 21 - 28 Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 5119X
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 50 Tensile modulus ISO 527-1993 MPa 4100 Elongation at break ISO 527-1993 % 1,6 Flexural strength ISO 178-2001 MPa 90 Flexural modulus ISO 178-2001 MPa 4200 Heat deflection temperature ISO 75 - 2:2004 Method A °C 65 Glass transition ASTM E 1545-00 °C 73 - Close
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Delivery specification of the liquid resin Distitron 814KV20
Properties Test method Unit Value Viscosity RVF at 25°C, s 3 rpm 20 GM025 mPa.s 1700 - 2100 Monomer content RS06C % 30 - 34 Curing at 20°C with 3% PBO 50% Gel time RS08G min.sec 8.30 - 10.30 Curing time RS08G min.sec 12.30 - 18.00 Maximum temperature RS08G °C 170 - 190 Properties of the liquid resin Distitron 814KV20
Properties Test method Unit Value Appearance - colour RS13F ----- Yellow Acid number RS02C mg KOH/g 11 - 17 Stability at 20°C in the dark RS07G months 6 Properties of cured unreinforced resin Distitron 814KV20
Properties Test method Unit Typical value Tensile strength ISO 527-2012 MPa 65 Tensile modulus ISO 527-2012 MPa 3500 Elongation at break ISO 527-2012 % 3,2 Flexural strength ISO 178-2010 Method B MPa 120 Flexural modulus ISO 178-2010 Method B MPa 3300 Heat deflection temperature ISO 75 - 2:2004 Method A °C 71 Barcol hardness at 25°C ASTM D 2583-07 Unit 42 - Close
Delivery specification of the liquid resin Distitron 1402F
Properties Test method Unit Value ViscosityRVF a 25 °C , s 2 rpm 20 GM025 mPa.s 630 - 780 Monomer content RS06C % 31 - 35 Curing at 20°C with 0,9% Co1% + 2% MEKP Gel time RS08G min.sec 9.00 - 15.00 Curing time RS08G min.sec 15.00 - 27.00 Maximum temperature RS08G °C 170 - 200 Properties of the liquid resin Distitron 1402F
Properties Test method Unit Value Appearance - colour RS13F ----- Light yellow Acid number RS02C mg KOH/g 24 - 31 Stability at 20°C in the dark RS07G months 6 Properties of cured unreinforced resin Distitron 1402F
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 80 Tensile modulus ISO 527-1993 MPa 4100 Elongation at break ISO 527-1993 % 2,8 Flexural strength ISO 178-2001 MPa 140 Flexural modulus ISO 178-2001 MPa 4200 Heat deflection temperature ISO 75 - 2:2004 Method A °C 73 Barcol hardness at 25°C ASTM D 2583-01 Unit 45 - Close
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Delivery specification of the liquid resin Distitron 152F
Properties Test method Unit Value Viscosity RVF at 25°C, s 3 rpm 20 GM025 mPa.s 850 - 1150 Monomer content RS06C % 32 - 36 Curing at 25°C with 0.2% Co6% + 2% MEKP Gel time RS08G min.sec 5.00 - 8.00 Curing time RS08G min.sec 11.00 - 18.00 Maximum temperature RS08G °C 180 - 210 Properties of the liquid resin Distitron 152F
Properties Test method Unit Value Appearance - colour RS13F ----- Light yellow Acid number RS02C mg KOH/g 16 - 23 Stability at 20°C in the dark RS07G months 6 Properties of cured unreinforced resin Distitron 152F
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 80 Tensile modulus ISO 527-1993 MPa 3700 Elongation at break ISO 527-1993 % 3.3 Flexural strength ISO 178-2001 MPa 125 Flexural modulus ISO 178-2001 MPa 3800 Heat deflection temperature ISO 75 - 2:2004 Method A °C 84 Glass transition ASTM E 1545-00 °C 95 Barcol hardness at 25°C ASTM D 2583-01 Unit 45 - Close
Delivery specification of the liquid resin Distitron 183B1
Properties Test method Unit Value Viscosity RVF at 25°C, s 3 rpm 20 GM025 mPa.s 900 - 1100 Monomer content RS06C % 33 - 37 Curing at 25°C with 0.3% Co6% + 1% MEKP Gel time RS08G min.sec 12.00 - 16.00 Curing time RS08G min.sec 18.00 - 27.00 Maximum temperature RS08G °C 185 - 215 Properties of the liquid resin Distitron 183B1
Properties Test method Unit Value Appearance - colour RS13F ----- Light yellow Acid number RS02C mg KOH/g 13 - 20 Stability at 20°C in the dark RS07G months 6 Properties of cured unreinforced resin Distitron 183B1
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 80 Tensile modulus ISO 527-1993 MPa 3500 Elongation at break ISO 527-1993 % 4.0 Flexural strength ISO 178-2001 MPa 130 Flexural modulus ISO 178-2001 MPa 3400 Heat deflection temperature ISO 75 - 2:2004 Method A °C 94 Overall volume shrinkage ISO 3521-1997 corr. 1:2003 % 8,3 Barcol hardness at 25°C ASTM D 2583-01 Unit 42 - Close
Copia de Especificaciones de la resina Distriton 183F líquida
Propiedades Método de la prueba Unidad de medida Valor Peso específico a 20°C g/cm³ 1,14 Viscosidad Brookfield a 25°C, eje 3 rpm 20 MT-CU025V mPa.s 900 - 1100 Extracto seco MT-CU001C % 63 - 67 Reactividad a 25°C + 0,3% Co 6% + 1%
MEKP50Tiempo de gel RS08G min.sec 12 - 16 Delta RS08G min.sec 6 - 11 Temperatura de pico RS08G °C 185 - 215 Acidez MT-CU001I mgKOH/g 13 - 20 Estabilidad a 23°C en oscuridad MT-CU002S meses 4 Copia de Propiedades generales de la resina Distitron 183F líquida
Propiedades Método de la prueba Unidad de medida Valor Postcurado 24h a 23°C + 2h a 100°C + 1h a 100 ° C Resistencia a tracción ISO 527 (2012) MPa 80 Módulo de tracción ISO 527 (2012) MPa 3500 Elongación a rotura ISO 527 (2012) % 4,3 Resistencia a flexión ISO 178/B (2010) MPa 140 Módulo de flexión ISO 178/B (2010) MPa 3400 HDT - Temperatura de flexión bajo carga ISO 75 -2A (2013) °C 94 Temperatura de transición vítrea ASTM E 1545 (2011) °C 103 Dureza Barcol a 25°C ASTM D 2583 (2007) Unidades 41 - Close
Delivery specification of the liquid resin Distitron 195A
Properties Test method Unit Value Viscosity RVF at 25°C, s 3 rpm 20 GM025 mPa.s 620 - 780 Monomer content RS06C % 33 - 37 Curing at 25°C with 0,1% Co6% + 1% MEKP Gel time RS08G min.sec 14,00 - 22,00 Curing time RS08G min.sec 23,00 - 37,00 Maximum temperature RS08G °C 165 - 195 Properties of the liquid resin Distitron 195A
Properties Test method Unit Value Appearance - colour RS13F ----- Light yellow Acid number RS02C mg KOH/g 6 - 13 Stability at 20°C in the dark RS07G months 6 Properties of cured unreinforced resin Distitron 195A
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 65 Tensile modulus ISO 527-1993 MPa 3100 Elongation at break ISO 527-1993 % 7,3 Creep tension ISO 527-1993 MPa 65 Creep deformation ISO 527-1993 % 4,3 Flexural strength ISO 178-2001 MPa 110 Flexural modulus ISO 178-2001 MPa 3200 Heat deflection temperature ISO 75 - 2:2004 Method A °C 64 Overall volume shrinkage ASTM E 1545-00 °C 76 Barcol hardness at 25°C ASTM D 2583-01 Unidad 32 - Close
Delivery specification of the liquid resin Distitron 1629
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 260 - 340 Monomer content RS06C % 38 - 43 Curing at 25°C with 0.3% Co6% + 1% MEKP Gel time RS08G min.sec 7.00 - 11.00 Curing time RS08G min.sec 14.00 - 23.00 Maximum temperature RS08G °C 190 - 220 Properties of the liquid resin Distitron 1629
Properties Test method Unit Value Appearance - colour RS13F ----- Light yellow Acid number RS02C mg KOH/g 11 - 18 Stability at 20°C in the dark RS07G months 6 Properties of cured unreinforced resin Distitron 1629
Properties Test method Unit Typical value Tensile strength ISO 527-2012 MPa 80 Tensile modulus ISO 527-2012 MPa 3800 Elongation at break ISO 527-2012 % 2.8 Flexural strength ISO 178-2010 Method B MPa 135 Flexural modulus ISO 178-2010 Method B MPa 3900 Heat deflection temperature ISO 75 - 2:2004 Method A °C 105 Glass transition ASTM E 1545-11 °C 113 Barcol hardness at 25°C ASTM D 2583-07 Unit 41 - Close
Delivery specification of the liquid resin Distitron 1629CV8
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 720 - 880 Monomer content RS06C % 34 - 39 Curing SPI at 82.2°C with 2% PBO 50% SPI RS03G min.sec 7.00 - 8.00 LPE RS03G min.sec 8.00 - 11.00 MTE RS03G °C 205 - 235 Properties of the liquid resin Distitron 1629CV8
Properties Test method Unit Value Appearance - colour RS13F ----- Light yellow Acid number RS02C mg KOH/g 15 - 21 Stability at 20°C in the dark RS07G months 6 Properties of cured unreinforced resin Distitron 1629CV8
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 70 Tensile modulus ISO 527-1993 MPa 3800 Elongation at break ISO 527-1993 % 2.5 Flexural strength ISO 178-2001 MPa 130 Flexural modulus ISO 178-2001 MPa 3800 Heat deflection temperature ISO 75 - 2:2004 Method A °C 95 Glass transition ASTM E 1545-00 °C 115 Barcol hardness at 25°C ASTM D 2583-01 Unit 47 - Close
Delivery specification of the liquid resin 1629FNT
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 2 GM025 mPa.s 1400 - 2000 Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 460 - 700 Monomer content RS06C % 42 - 47 Curing at 25°C with 2% MEKP Gel time RS08G min.sec 5,00 - 8,30 Curing time RS08G min.sec 12,00 - 20,00 Maximum temperature RS08G °C 190 - 220 Properties of the liquid resin Distitron 1629FNT
Properties Test method Unit Value Appearance - colour RS13F ----- Opalescent rose Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin 1629FNT
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 55 Tensile modulus ISO 527-1993 MPa 3800 Elongation at break ISO 527-1993 % 1,9 Flexural strength ISO 178-2001 MPa 100 Flexural modulus ISO 178-2001 MPa 4000 Heat deflection temperature ISO 75 - 2:2004 Method A °C 103 Glass transition ASTM E 1545-00 °C 112 Barcol hardness at 25°C ASTM D 2583-01 Unit 48 - Close
Delivery specification of the liquid resin Distitron 1629LV12
Properties Test method Unit Typical value Viscosity RVF at 25°C, s 3 rpm 20 GM025 mPa.s 1200 - 1450 Monomer content RS06C % 31 - 36 Curing at 25°C with 0.3% Co6% + 1% MEKP Gel time RS08G min.sec 19.00 - 25.00 Curing time RS08G min.sec 24.00 - 36.00 Maximum temperature RS08G °C 180 - 210 Properties of the liquid resin Distitron 1629LV12
Properties Test method Unit Typical value Appearance - colour RS13F ----- Light yellow Acid number RS02C mg KOH/g 15 - 20 Stability at 20°C in the dark RS07G months 6 Properties of cured unreinforced resin Distitron 1629LV12
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 70 Tensile modulus ISO 527-1993 MPa 4000 Elongation at break ISO 527-1993 % 2.0 Flexural strength ISO 178-2001 MPa 140 Flexural modulus ISO 178-2001 MPa 3900 Heat deflection temperature ISO 75 - 2:2004 Method A °C 97 Glass transition ASTM E 1545-00 °C 112 Barcol hardness at 25°C ASTM D 2583-01 Unit 49 - Close
Properties of cured unreinforced resin Distitron 1629NT
Properties Test method Unit Typical value Viscosity RVF at 25°C, s 2 rpm 2 GM025 mPa.s 1400 - 2000 Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 450 - 700 Monomer content RS06C % 42 - 47 Curing at 25°C with 2% MEKP Gel time RS08G min.sec 5,00 - 8,00 Curing time RS08G min.sec 12,00 - 19,00 Maximum temperature RS08G °C 190 - 220 Properties of the liquid resin Distitron 1629NT
Properties Test method Unit Value Appearance - colour RS13F ----- Opalescent rose Stability at 20°C in the dark
Estabilidad a 20°C en la oscuridadRS07G months 3 Properties of cured unreinforced resin Distitron 1629NT
Properties Test method Unit Typical value Tensile strength ISO 527-2012 MPa 50 Tensile modulus ISO 527-2012 MPa 3800 Elongation at break ISO 527-2012 % 1,5 Flexural strength ISO 178-2010 Method B MPa 100 Flexural modulus ISO 178-2010 Method B MPa 3900 Heat deflection temperature ISO 75 - 2:2004 Method A °C 103 Glass transition ASTM E 1545-11 °C 112 Barcol hardness at 25°C ASTM D 2583-07 Unit 46 - Close
Delivery specification of the liquid resin Distitron 1629T
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 2 GM025 mPa.s 1600 - 2000 Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 530 - 680 Monomer content RS06C % 41 - 46 Curing at 25°C with 0,6% Co6% + 2% MEKP Gel time RS08G min.sec 5,00 - 8,00 Curing time RS08G min.sec 10,00 - 17,00 Maximum temperature RS08G °C 185 - 215 Properties of the liquid resin Distitron 1629T
Properties Test method Unit Value Appearance - colour RS13F ----- Opalescent yellow Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 1629T
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 55 Tensile modulus ISO 527-1993 MPa 3800 Elongation at break ISO 527-1993 % 1,9 Flexural strength ISO 178-2001 MPa 100 Flexural modulus ISO 178-2001 MPa 4000 Heat deflection temperature ISO 75 - 2:2004 Method A °C 103 Glass transition ASTM E 1545-00 °C 112 Barcol hardness at 25°C ASTM D 2583-01 Unit 48 - Close
Delivery specification of the liquid resin Distitron 1629XYQ
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 2 GM025 mPa.s 1400 - 2000 Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 450 - 700 Monomer content RS06C % 42 - 47 Curing at 25°C with 1% MEKP Gel time RS08G min.sec 26.00 - 35.00 Curing time RS08G min.sec 48.00 - 65.00 Maximum temperature RS08G °C 155 - 185 Properties of the liquid resin Distitron 1629XYQ
Properties Test method Unit Value Appearance - colour RS13F ----- Opalescent bluish Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 1629XYQ
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 55 Tensile modulus ISO 527-1993 MPa 3800 Elongation at break ISO 527-1993 % 1,7 Flexural strength ISO 178-2001 MPa 100 Flexural modulus ISO 178-2001 MPa 3900 Heat deflection temperature ISO 75 - 2:2004 Method A °C 103 Glass transition ASTM E 1545-00 °C 112 Barcol hardness at 25°C ASTM D 2583-01 Unit 47 - Close
Copia de Características de la resina líquida POLYNT 3201 TAQ3
Propiedades Método de ensayo Unidad de medida Valores típicos Peso específico a 20°C g/cm³ 1,12 Viscosidad Brookfield a 25°C, eje 2 rpm 20 MT-CUT23V mPa.s 700 - 900 Extracto seco MT-CU001C % 55 - 59 Reactividad a 23°C + 1,5% MEKP50 Tiempo de gel MT-CU151R minutos 34 - 40 Delta MT-CU151R minutos 65 - 75 Temperatura de pico MT-CU151R °C 60 - 80 Estabilidad a 23°C en oscuridad MT-CU002S minutos 6 Copia de Propiedades de la resina líquida POLYNT 3201 TAQ3
Propiedades Método de ensayo Unidad de medida Valores típicos Postcurado 24h a 23°C + 2h a 100°C + 1h a 100 ° C Resistencia a tracción ISO 527 (2012) MPa 46 Módulo de tracción ISO 527 (2012) MPa 3356 Elongación a rotura ISO 527 (2012) % 1,53 Resistencia a flexión ISO 178 (2011) MPa 81 Módulo de flexión ISO 178 (2011) MPa 3191 HDT - Temperatura de flexión bajo carga ISO 75 -2A (2013) °C 68 - Close
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Delivery specification of the liquid resin Distitron 152S1
Properties Test method Unit Value Viscosity RVF a 25 °C , s 2 rpm 20 GM025 mPa.s 180 - 270 Monomers content RS06C % 39 - 44 Curing at 20°C with 1% MEKP Gel time RS08G min.sec 90,00 - 110,00 Curing time RS08G min.sec 135,00 - 175,00 Maximum temperature RS08G °C 110 - 135 Properties of the liquid resin Distitron 152S1
Properties Test method Unit Value Appearance - colour RS13F ----- Gray - Purple Acid number RS02C mg KOH/g 14 - 21 Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 152S1
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 80 Tensile modulus ISO 527-1993 MPa 3600 Elongation at break ISO 527-1993 % 3,1 Flexural strength ISO 178-2001 MPa 130 Flexural modulus ISO 178-2001 MPa 3700 Glass transition RS09M °C 108 Heat deflection temperature ISO 75 - 2:2004 Method A °C 98 Overall volume shrinkage ISO 3521-1997 corr. 1:2003 % 8,5 Barcol hardness at 25°C ASTM D 2583-87 Unit 45 - Close
Delivery specification of the liquid resin Distitron 152SC
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 180 - 270 Monomer content RS06C % 39 - 44 Curing at 20°C with 1,5% MEKP Gel time RS08G min.sec 80,00 - 95,00 Curing time RS08G min.sec 110,00 - 140,00 Maximum temperature RS08G °C 140 - 165 Properties of the liquid resin Distitron 152SC
Properties Test method Unit Value Appearance ‐ colour RS13F ----- Rose ‐ violet Acid number RS02C mg KOH/g 14 - 21 Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 152SC
Properties Test method Unit Typical value Tensile strength ISO 527‐2012 MPa 75 Tensile modulus ISO 527‐2012 MPa 3500 Elongation at break ISO 527‐2012 % 3,2 Flexural strength IISO 178‐2010 Method B MPa 135 Flexural modulus ISO 178‐2010 Method B MPa 3400 Glass transition ASTM E 1545‐11 °C 107 Heat deflection temperature ISO 75 ‐ 2:2013 Method A °C 95 Overall volume shrinkage ISO 3521-1997 corr. 1:2003 % 8,4 Barcol hardness at 25°C ASTM D 2583-07 Unit 43 - Close
Delivery specification of the liquid resin Distitron 429SV1.3
Properties Test method Unit Typical value Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 110 - 150 Monomer content RS06C % 41 - 45 Curing at 20°C with 1,5% MEKP (on 50g of resin) Gel time RS08G min.sec 9.00 - 12.00 Curing time RS08G min.sec 20.00 - 31.00 Maximum temperature RS08G °C 115 - 145 Properties of the liquid resin Distitron 429SV1.3
Properties Test method Unit Typical value Appearance - colour RS13F ----- Rose Acid number RS02C mg KOH/g 13 - 20 Stability at 20°C in the dark RS07G months 6 Properties of cured unreinforced resin Distitron 429SV1.3
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 70 Tensile modulus ISO 527-1993 MPa 3900 Elongation at break ISO 527-1993 % 2,3 Flexural strength ISO 178-1993 MPa 130 Flexural modulus ISO 178-1993 MPa 4200 Glass transition ASTM E 1545-00 °C 78 Heat deflection temperature ISO 75 - 2:2004 Method A °C 68 Barcol hardness at 25°C ASTM D 2583-01 Unit 47 - Close
Delivery specification of the liquid resin Distitron 429V1.3
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 110 - 150 Monomer content RS06C % 41 - 46 Curing at 20°C with 0,3% Co6% - 1,5% MEKP (on 50g of resin) Gel time RS08G min.sec 11.00 - 15.00 Curing time RS08G min.sec 24.00 - 34.00 Maximum temperature RS08G °C 115 - 145 Properties of the liquid resin Distitron 429V1.3
Properties Test method Unit Value Appearance - colour RS13F ----- Light yellow-green Stability at 20°C in the dark RS07G months 6 Properties of cured unreinforced resin Distitron 429V1.3
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 70 Tensile modulus ISO 527-1993 MPa 3900 Elongation at break ISO 527-1993 % 2,3 Flexural strength ISO 178-2001 MPa 130 Flexural modulus ISO 178-2001 MPa 4200 Glass transition ASTM E 1545-00 °C 78 Heat deflection temperature ISO 75 - 2:2004 Method A °C 68 Barcol hardness at 25°C ASTM D 2583-01 Unit 47 - Close
Delivery specification of the liquid resin Distitron I100SV1,5
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 120 - 160 Monomer content RS06C % 35 - 40 Curing at 20°C with 1,5% MEKP Gel time RS08G min.sec 58.00 - 68.00 Curing time RS08G min.sec 76.00 - 96.00 Maximum temperature RS08G °C 135 - 165 Properties of the liquid resin Distitron I100SV1,5
Properties Test method Unit Value Appearance - colour RS13F ----- Orange rose Stability at 20°C in the dark RS07G motnhs 3 Properties of cured unreinforced resin Distitron I100SV1,5
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 75 Tensile modulus ISO 527-1993 MPa 3500 Elongation at break ISO 527-1993 % 3,8 Flexural strength ISO 178-2001 MPa 130 Flexural modulus ISO 178-2001 MPa 3500 Heat deflection temperature ISO 75 - 2:2004 Method A °C 79 Barcol hardness at 25°C ASTM D 2583-01 Unit 42 - Close
Delivery specification of the liquid resin Distitron VE370SCD
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 120 - 140 Monomer content RS06C % 44 - 49 Curing at 20°C with 0,3% Co6% + 1,5% Cumyl hydroperoxide Gel time RS08G min.sec 95.00 - 115.00 Curing time RS08G min.sec 135.00 - 175.00 Maximum temperature RS08G °C 120 - 150 Properties of the liquid resin Distitron VE370SCD
Properties Test method Unit Value Appearance - colour RS13F ----- Yellow brown Acid number RS02C mg KOH/g <10 Stability at 20°C in the dark RS07G months 4 Properties of cured unreinforced resin Distitron VE370SCD
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 85 Tensile modulus ISO 527-1993 MPa 3500 Elongation at break ISO 527-1993 % 6,6 Stress at yield ISO 527-1993 MPa 85 Strain at yield ISO 527-1993 % 5,0 Flexural strength ISO 178-2001 MPa 145 Flexural modulus ISO 178-2001 MPa 3600 Heat deflection temperature ISO 75 - 2:2004 Method A °C 108 Glass transition ASTM E 1545-00 °C 115 Barcol hardness at 25°C ASTM D 2583-01 Unit 40 - Close
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Delivery specification of the liquid resin Distitron 152
Properties Test method Unit Typical value Viscosity RVF at 25°C, s 3 rpm 20 GM025 mPa.s 850 - 1150 Monomer content RS06C % 32 - 37 Reactividad a 25°C con 0.2% Co6% + 2% MEKP Gel time RS08G min.sec 5.30 - 7.30 Curing time RS08G min.sec 11.00 - 17.00 Maximum temperature RS08G °C 180 - 210 Properties of the liquid resin Distitron 152
Properties Test method Unit Typical value Appearance - colour RS13F ----- Light yellow Acid number RS02C mg KOH/g 16 - 23 Stability at 20°C in the dark RS07G months 6 Properties of cured unreinforced resin Distitron 152
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 80 Tensile modulus ISO 527-1993 MPa 3700 Elongation at break ISO 527-1993 % 3.3 Flexural strength ISO 178-2001 MPa 125 Flexural modulus ISO 178-2001 MPa 3800 Heat deflection temperature ISO 75 - 2:2004 Method A °C 84 Glass transition ASTM E 1545-00 °C 95 Barcol hardness at 25°C ASTM D 2583-01 Unit 45 - Close
Delivery specification of the liquid resin Distitron 152X
Properties Test method Unit Typical value Viscosity RVF a 25 °C , s 2 rpm 2 GM025 mPa.s 1400 - 2100 Viscosity RVF a 25 °C , s 2 rpm 20 GM025 mPa.s 460 - 740 Monomer content RS06C % 39 - 44 Curing at 25°C with 0,2% Co6% + 1,5% MEKP Gel time RS08G min.sec 16.00 - 21.00 Curing time RS08G min.sec 26.00 - 37.00 Maximum temperature RS08G °C 170 - 200 Properties of the liquid resin Distitron 152X
Properties Test method Unit Typical value Appearance - colour RS13F ----- Opalescent yellow Acid number RS02C mg KOH/g 13 - 20 Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 152X
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 60 Tensile modulus ISO 527-1993 MPa 3600 Elongation at break ISO 527-1993 % 1,9 Flexural strength ISO 178-2001 MPa 100 Flexural modulus ISO 178-2001 MPa 3700 Heat deflection temperature ISO 75 - 2:2004 Method °C 102 Glass transition ASTM E 1545-00 °C 114 Barcol hardness at 25°C ASTM D 2583-87 Unidad 42 - Close
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Delivery specification of the liquid resin Distitron 100BSX15
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 2 GM025 mPa.s 1400 - 2000 Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 460 - 670 Monomer content RS06C % 40 - 41 Curing at 20°C with 1.5% MEKP Gel time RS08G min.sec 18.00 - 26.00 Curing time RS08G min.sec 35.00 - 50.00 Maximum temperature RS08G °C 130 - 160 Properties of the liquid resin Distitron 100BSX15
Properties Test method Unit Value Appearance - colour RS13F ----- Opalescent bluish Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 100BSX15
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 45 Tensile modulus ISO 527-1993 MPa 3500 Elongation at break ISO 527-1993 % 1.4 Flexural strength ISO 178-2001 MPa 90 Flexural modulus ISO 178-2001 MPa 3600 Heat deflection temperature ISO 75 - 2:2004 Method A °C 82 Glass transition ASTM E 1545-00 °C 100 Barcol hardness at 25°C ASTM D 2583-01 Unit 42 - Close
Delivery specification of the liquid resin Distitron 100BX15
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 2 GM025 mPa.s 1400 - 2000 Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 470 - 650 Monomer content RS06C % 40 - 41 Curing at 20°C with 0,35% Co6% + 1,5% MEKP Gel time RS08G min.sec 18.00 - 26.00 Curing time RS08G min.sec 35.00 - 50.00 Maximum temperature RS08G °C 130 - 160 Properties of the liquid resin Distitron 100BX15
Propiedades Método de la prueba Unidad de medida Valor Appearance - colour RS13F ----- Opalescente bluish Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 100BX15
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 45 Tensile modulus ISO 527-1993 MPa 3500 Elongation at break ISO 527-1993 % 1.4 Flexural strength ISO 178-2001 MPa 90 Flexural modulus ISO 178-2001 MPa 3600 Heat deflection temperature ISO 75 - 2:2004 Method A °C 82 Glass transition ASTM E 1545-00 °C 100 Barcol hardness at 25°C ASTM D 2583-01 Unit 42 - Close
Delivery specification of the liquid resin Distitron 100DSX15
Properties Test method Unit Typical value Viscosity RVF at 25°C, s 2 rpm 2 GM025 mPa.s 1600 - 2000 Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 470 - 670 Monomer content RS06C % 40 - 41 Curing at 25°C with 1.5% MEKP Gel time RS08G min.sec 19.00 - 25.00 Curing time RS08G min.sec 36.00 - 48.00 Maximum temperature RS08G °C 135 - 165 Properties of the liquid resin Distitron 100DSX15
Properties Test method Unit Typical value Appearance - colour RS13F ----- Opalescent bluish Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 100DSX15
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 50 Tensile modulus ISO 527-1993 MPa 3600 Elongation at break ISO 527-1993 % 1.5 Flexural strength ISO 178-2001 MPa 85 Flexural modulus ISO 178-2001 MPa 3800 Heat deflection temperature ISO 75 - 2:2004 Method A °C 79 Glass transition ASTM E 1545-00 °C 96 Barcol hardness at 25°C ASTM D 2583-01 Unit 43 - Close
Delivery specification of the liquid resin Distitron 100V9
Properties Test method Unit Value Viscosity RVF at 25°C, s 3 rpm 20 GM025 mPa.s 870 - 1050 Monomer content RS06C % 25 - 29 Curing at 25°C with 0.4% Co6% + 2% CHP Gel time RS08G min.sec 5.00 - 6.30 Curing time RS08G min.sec 9.00 - 14.00 Maximum temperature RS08G °C 135 - 165 Properties of the liquid resin Distitron 100V9
Properties Test method Unit Value Appearance - colour RS13F ----- Yellow Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 100V9
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 63 Tensile modulus ISO 527-1993 MPa 2900 Elongation at break ISO 527-1993 % 4.2 Flexural strength ISO 178-2001 MPa 105 Flexural modulus ISO 178-2001 MPa 2900 Heat deflection temper ISO 75 - 2:2004 Method A °C 58 Barcol hardness at 25°C ASTM D 2583-01 Unit 37 - Close
Delivery specification of the liquid resin Distitron 100X15
Properties Test method Unit Typical value Viscosity RVF at 25°C, s 2 rpm 2 GM025 mPa.s 1600 - 2000 Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 420 - 630 Monomer content RS06C % 40 - 41 Curing at 25°C with 0.35% Co6% + 1.5% MEKP Gel time RS08G min.sec 19.00 - 25.00 Curing time RS08G min.sec 36.00 - 48.00 Maximum temperature RS08G °C 135 - 165 Properties of the liquid resin Distitron 100X15
Properties Test method Unit Typical value Appearance - colour RS13F ----- Opalescent bluish Acid number RS02C mg KOH/g 16 - 23 Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 100X15
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 45 Tensile modulus ISO 527-1993 MPa 3500 Elongation at break ISO 527-1993 % 1.4 Flexural strength ISO 178-2001 MPa 90 Flexural modulus ISO 178-2001 MPa 3600 Heat deflection temperature ISO 75 - 2:2004 Method A °C 82 Glass transition ASTM E 1545-00 °C 100 Barcol hardness at 25°C ASTM D 2583-01 Unit 42 - Close
Delivery specification of the liquid resin Distitron 110BX
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 2 GM025 mPa.s 750 - 1000 Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 180 - 320 Monomer content RS06C % 40 - 44 Curing at 25°C with 0.35% Co6% + 1.5% MEKP Gel time RS08G min.sec 11.00 - 15.00 Curing time RS08G min.sec 21.00 - 31.00 Maximum temperature RS08G °C 165 - 195 Properties of the liquid resin Distitron 110BX
Properties Test method Unit Value Appearance - colour RS13F ----- Opalescent bluish Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 110BX
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 65 Tensile modulus ISO 527-1993 MPa 3400 Elongation at break ISO 527-1993 % 2.6 Flexural strength ISO 178-2001 MPa 125 Flexural modulus ISO 178-2001 MPa 3200 Heat deflection temperature ISO 75 - 2:2004 Method A °C 92 Glass transition ASTM E 1545-00 °C 108 Barcol hardness at 25°C ASTM D 2583-01 Unit 39 - Close
Delivery specification of the liquid resin Distitron 110SV2Z
Properties Test method Unit Value Viscosity RVF at 25°C, s 3 rpm 20 ISO 2555 mPa.s 190 - 260 Monomer content RS06C % 33 - 37 Curing at 20°C with 0.35% Co6% + 1.5% MEKP Gel time RS08G min.sec 29.00 - 34.00 Curing time RS08G min.sec 35.00 - 45.00 Maximum temperature RS08G °C 170 - 200 Properties of the liquid resin Distitron 110SV2Z
Properties Test method Unit Value Appearance - colour RS13F ----- Opalescent orange rose Acid number RS02C mg KOH/g 16 - 23 Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 110SV2Z
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 75 Tensile modulus ISO 527-1993 MPa 3300 Elongation at break ISO 527-1993 % 4,5 Yield strength ISO 527-1993 MPa 75 Creep ISO 527-1993 % 4,2 Flexural strength ISO 178-2001 MPa 120 Flexural modulus ISO 178-2001 MPa 3400 Heat deflection temperature ISO 75/A °C 78 Barcol hardness at 25°C ASTM D 2583-01 Unit 40 - Close
Delivery specification of the liquid resin Distitron 120ABV2.5
Properties Test method Unit Typical value Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 180 - 260 Monomer content RS06C % 36 - 41 Curing at 25°C with 0,48% Co 1% + 1,5% MEKP Gel time RS08G min.sec 4.00 - 8.00 Curing time RS08G min.sec 7.00 - 15.00 Maximum temperature RS08G °C 205 - 230 Properties of the liquid resin Distitron 120ABV2.5
Propiedades Método de la prueba Unidad de medida Valor Appearance - colour RS13F ----- Yellow Acid number RS02C mg KOH/g 11 - 19 Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resinDistitron 120ABV2.5
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 65 Tensile modulus ISO 527-1993 MPa 3200 Elongation at break ISO 527-1993 % 2,5 Flexural strength ISO 178-2001 MPa 113 Flexural modulus ISO 178-2001 MPa 3100 Glass transition ASTM E 1545-00 °C 111 Heat deflection temperature ISO 75/A - 2:2004 Método A °C 109 Barcol hardness at 25°C ASTM D 2583-01 Unit 44 - Close
Delivery specification of the liquid resin Distitron I100SV1,5
Properties Test method Unit Typical value Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 120 - 160 Monomer content RS06C % 35 - 40 Curing at 20°C with 1,5% MEKP Gel time RS08G min.sec 58.00 - 68.00 Curing time RS08G min.sec 76.00 - 96.00 Maximum temperature RS08G °C 135 - 165 Properties of the liquid resin Distitron I100SV1,5
Properties Test method Unit Typical value Appearance - colour RS13F ----- Orange rose Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron I100SV1,5
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 75 Tensile modulus ISO 527-1993 MPa 3500 Elongation at break ISO 527-1993 % 3,8 Flexural strength ISO 178-2001 MPa 130 Flexural modulus ISO 178-2001 MPa 3500 Heat deflection temperature ISO 75 - 2:2004
Method A°C 79 Barcol hardness at 25°C ASTM D 2583-01 Unit 42 - Close
Características métodos y condiciones Valores (Valores promedio) Físicas Peso especifico a 20 °C : 1.10 g/cm³ Viscosidad (dPa.s ) : V25 Brookfield a 23 °C M2V50 : 4-5 Extracto seco (%) : PC53 58-62 Reactividad : Método :
R 151 (Ensayo en tubo) Temperatura de ensayo :
23 °C Sistema catalitico :
1.5 % PMEK 50 Tiempo de gel :
20 – 24 min Tiempo total :
35 – 45 min Temperatura de pic : 110 – 130 °C Propiedades mecánicas (resina polimerizada no reforzada) Postcurado (16 h a 40°C + 2 h a 90°C) Tracción ISO 527 (1999):
-Módulo de tracción (MPa) :
3813 -Resistencia a tracción (MPa) :
58 -Elongación a rotura (%) : 2.2 Flexión ISO 178 (2003): -Resistencia a flexión (MPa) : 94 -Módulo de flexión (MPa) : 3520 Propiedades termomecánicas (resina polimerizada no
reforzada)-HDT ISO 75-2 A (1999) (°C) : 67 (2 h a 120°C) Propiedades mecánicas en laminado (4 mats 450 g/m²) - Postcurado 16 h a 40°C Tracción ISO 527 (1999): -Resistencia a tracción (MPa) : 110 -Elongación a rotura (%) : 1.9 Flexión ISO 178 (2003): -Resistencia a flexión (MPa) : 200 -Módulo de flexión (MPa) : 7600 - Close
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Delivery specification of the liquid resin Distitron 152F
Properties Test method Unit Value Viscosity RVF at 25°C, s 3 rpm 20 GM025 mPa.s 850 - 1150 Monomer content RS06C % 32 - 36 Curing at 25°C with 0.2% Co6% + 2% MEKP 5.00 Gel time RS08G min.sec 5.00 - 8.00 Curing time RS08G min.sec 11.00 - 18.00 Maximum temperature RS08G °C 180 - 210 Properties of the liquid resin Distitron 152F
Properties Test method Unit Value Appearance - colour RS13F ----- Light yellow Acid number RS02C mg KOH/g 16 - 23 Stability at 20°C in the dark RS07G months 6 Properties of cured unreinforced resin Distitron 152F
Properties Test method Unit Value Tensile strength ISO 527-1993 MPa 80 Tensile modulus ISO 527-1993 MPa 3700 Elongation at break ISO 527-1993 % 3.3 Flexural strength ISO 178-2001 MPa 125 Flexural modulus ISO 178-2001 MPa 3800 Heat deflection temperature ASTM E 1545-00 °C 84 Glass transition ISO 75 - 2:2004 Method A °C 95 Barcol hardness at 25°C ASTM D 2583-01 Unit 45 - Close
Copia de Especificaciones de la resina Distriton 183F líquida
Propiedades Método de la prueba Unidad de medida Valor Peso específico a 20°C g/cm³ 1,14 Viscosidad Brookfield a 25°C, eje 3 rpm 20 MT-CU025V mPa.s 900 - 1100 Extracto seco MT-CU001C % 63 - 67 Reactividad a 25°C + 0,3% Co 6% + 1%
MEKP50Tiempo de gel RS08G min.sec 12 - 16 Delta RS08G min.sec 6 - 11 Temperatura de pico RS08G °C 185 - 215 Acidez MT-CU001I mgKOH/g 13 - 20 Estabilidad a 23°C en oscuridad MT-CU002S meses 4 Copia de Propiedades generales de la resina Distitron 183F líquida
Propiedades Método de la prueba Unidad de medida Valor Postcurado 24h a 23°C + 2h a 100°C + 1h a 100 ° C Resistencia a tracción ISO 527 (2012) MPa 80 Módulo de tracción ISO 527 (2012) MPa 3500 Elongación a rotura ISO 527 (2012) % 4,3 Resistencia a flexión ISO 178/B (2010) MPa 140 Módulo de flexión ISO 178/B (2010) MPa 3400 HDT - Temperatura de flexión bajo carga ISO 75 -2A (2013) °C 94 Temperatura de transición vítrea ASTM E 1545 (2011) °C 103 Dureza Barcol a 25°C ASTM D 2583 (2007) Unidades 41 - Close
Delivery specification of the liquid resin Distitron 1402F
Properties Test method Unit Value Viscosity RVF at 25°C, s 3 rpm 20 GM025 mPa.s 630 - 780 Monomer content RS06C % 31 - 35 Curing at 25°C with 0,9% Co1% + 2% MEKP Gel time RS08G min.sec 9.00 - 15.00 Curing time RS08G min.sec 15.00 - 27.00 Maximum temperature RS08G °C 170 - 200 Properties of the liquid resin Distitron 1402F
Properties Test method Unit Value Appearance - colour RS13F ----- Light yellow Acid number RS02C mg KOH/g 24 - 31 Stability at 20°C in the dark RS07G months 6 Properties of cured unreinforced resin Distitron 1402F
Properties Test method Unit Value Tensile strength ISO 527-1993 MPa 80 Tensile modulus ISO 527-1993 MPa 4100 Elongation at break ISO 527-1993 % 2,8 Flexural strength ISO 178-2001 MPa 140 Flexural modulus ISO 178-2001 MPa 4200 Heat deflection temperature ISO 75 - 2:2004 Method A °C 73 Barcol hardness at 25°C ASTM D 2583-01 Unit 45 - Close
Delivery specification of the liquid resin Distitron 1629F
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 270 - 330 Monomer content RS06C % 38 - 43 Curing at 25°C with 0.3% Co6% + 1% MEKP Gel time RS08G min.sec 7.00 - 11.00 Curing time RS08G min.sec 14.00 - 22.00 Maximum temperature RS08G °C 185 - 215 Properties of the liquid resin Distitron 1629F
Properties Test method Unit Value Appearance - colour RS13F ----- Light yellow Acid number RS02C mg KOH/g 11 - 18 Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron 1629F
Properties Test method Unit Typical value Tensile strength ISO 527-2012 MPa 75 Tensile modulus ISO 527-2012 MPa 3800 Elongation at break ISO 527-2012 % 2.6 Flexural strength ISO 178-2010 Method B MPa 135 Flexural modulus ISO 178-2010 Method B MPa 3700 Heat deflection temperature ISO 75 - 2:2004 Method A °C 105 Glass transition ASTM E 1545-11 °C 112 Barcol hardness at 25°C ASTM D 2583-07 Unit 45 - Close
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Delivery specification of the liquid resin Distitron VE100
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 2 GM025 mPa.s 380 - 480 Monomer content RS06C % 42 - 46 Curing at 25°C with 0.5% Co6% + 1.5% Cumyl hydroperoxyde Gel time RS08G min.sec 11.00 - 15.00 Curing time RS08G min.sec 19.00 - 28.00 Maximum temperature RS08G °C 165 - 195 Properties of the liquid resin Distitron VE100
Properties Test method Unit Value Appearance - colour RS13F ----- Yellow Acid number RS02C mg KOH/g 8 max Stability at 20°C in the dark RS07G months 6 Properties of cured unreinforced resin Distitron VE100
Properties Test method Unit Typical value Tensile strength ISO 527-2012 MPa 85 Tensile modulus 3200 ISO 527-2012 MPa 3200 Stress at yield ISO 527-2012 MPa 85 Strain at yield ISO 527-2012 % 5.0 Nominal strain at break ISO 527-2012 % 6,6 Flexural strength ISO 178-2010 Method B MPa 145 Flexural modulus ISO 178-2010 Method B MPa 3300 Glass transition ASTM E 1545-11 °C 114 Heat deflection temperature ISO 75 - 2:2004 Method A °C 106 Overall volume shrinkage ISO 3521-1997 corr. 1:2003 % 7.3 Barcol hardness at 25°C ASTM D 2583-07 Unit 37 - Close
Delivery specification of the liquid resin Distitron VE100ST
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 2 GM025 mPa.s 1900 - 2600 Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 610 - 840 Monomer content RS06C % 44 - 49 Curing at 25°C with 1,5% MEKP Gel time RS08G min.sec 21.00 - 30.00 Curing time RS08G min.sec 38.00 - 56.00 Maximum temperature RS08G °C 150 - 180 Properties of the liquid resin Distitron VE100ST
Properties Test method Unit Value Appearance - colour RS13F ----- Opalescent violet Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron VE100ST
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 55 Tensile modulus ISO 527-1993 MPa 3400 Elongation at break ISO 527-1993 % 2,0 Flexural strength ISO 178-2001 MPa 90 Flexural modulus ISO 178-2001 MPa 3500 Glass transition ASTM E 1545-00 °C 106 Heat deflection temperature ISO 75 - 2:2004 Method A °C 100 Overall volume shrinkage ISO 3521-1997 corr. 1:2003 % 8.0 Barcol hardness at 25°C ASTM D 2583-01 Unit 35 - Close
Delivery specification of the liquid resin Distitron VE100STD
Properties Test method Unit Typical value Viscosity RVF at 25°C, s 2 rpm 2 GM025 mPa.s 1900 - 2600 Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 600 - 850 Monomer content RS06C % 44 - 49 Curing at 25°C with 1,5% MEKP Gel time RS08G min.sec 34.00 - 41.00 Curing time RS08G min.sec 55.00 - 72.00 Maximum temperature RS08G °C 145 - 175 Properties of the liquid resin VE100STD
Properties Test method Unit Typical value Appearance - colour RS13F ----- Opalescent violet Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron VE100STD
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 55 Tensile modulus ISO 527-1993 MPa 3400 Elongation at break ISO 527-1993 % 2,0 Flexural strength ISO 178-2001 MPa 95 Flexural modulus ISO 178-2001 MPa 3500 Heat deflection temperature ISO 75 - 2:2004 Method A °C 105 Glass transition ASTM E 1545-00 °C 110 Barcol hardness at 25°C ASTM D 2583-01 Unit 35 - Close
Delivery specification of the liquid resin Distitron VE370SCD
Properties Test method Unit Typical value Viscosity RVF a 25 °C , s 2 rpm 20 GM025 mPa.s 120 - 140 Monomer content RS06C % 44 - 49 Curing at 25°C with 0,3% Co6% + 1,5% Cumyl hydroperoxide Gel time RS08G min.sec 95,00 - 115,00 Curing time RS08G min.sec 135,00 - 175,00 Maximum temperature RS08G °C 120 - 150 Properties of the liquid resin Distitron VE370SCD
Properties Test method Unit Typical value Appearance - colour RS13F ----- Yellow-brown Acid number RS02C mg KOH/g <10 Stability at 20°C in the dark RS07G months 4 Properties of cured unreinforced resin Distitron VE370SCD
Properties Test method Unit Typical value Resistencia a la tracción ISO 527-1993 MPa 85 Tensile strength ISO 527-1993 MPa 3500 Elongation at break ISO 527-1993 % 6,6 Stress at yield ISO 527-1993 MPa 85 Strain at yield ISO 527-1993 % 5,0 Flexural strength ISO 178-2001 MPa 145 Flexural modulus ISO 178-2001 MPa 3600 Heat deflection temperature ISO 75 - 2:2004 Method A °C 108 Glass transition ASTM E 1545-00 °C 115 Barcol hardness at 25°C ASTM D 2583-01 Unit 40 - Close
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Delivery specification of the liquid resin Distitron H623S
Properties Test method Unit Value Viscosity RVF at 25°C, s 2 rpm 2 GM025 mPa.s 400 - 900 Viscosity RVF at 25°C, s 2 rpm 20 GM025 mPa.s 160 - 400 Monomers content RS06C % 45 - 50 Curing at 25°C with 0.8% MEKP Gel time RS08G min.sec 16.00 - 24.00 Curing time RS08G min.sec 21.00 - 34.00 Maximum temperature RS08G °C 175 - 205 Properties of the liquid resin Distitron H623S
Properties Test method Unit Value Appearance - colour RS13F ----- Opalescent violet Stability at 20°C in the dark RS07G months 3 Properties of cured unreinforced resin Distitron H623S
Properties Test method Unit Typical value Tensile strength ISO 527-1993 MPa 50 Tensile modulus ISO 527-1993 MPa 3600 Elongation at break ISO 527-1993 % 1.7 Flexural strength ISO 178-2001 MPa 75 Flexural modulus ISO 178-2001 MPa 3500 Heat deflection temperature ISO 75 - 2:2004 Method A °C 71 Barcol hardness at 25°C ASTM D 2583-01 Unit 46 - Close
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Product data CSM 305 EB
Product (gsm) Area Weight (%) ISO 3374 Moisture Content (%)
ISO 3344Tensile strength (N/150 mm) ISO 3342 Width (mm) ISO 5025 Binder Content (%) ISO 1887 EICOMAT EB 300 ± 8% ≤ 0.2 ≥ 60 ± 5 3.5 ± 1 EICOMAT EB 450 ± 8% ≤ 0.2 ≥ 60 ± 5 3.5 ± 1 EICOMAT EB 600 ± 8% ≤ 0.2 ≥ 60 ± 5 3.5 ± 1 Product availability CSM 305 EB
Product Length of Roll Weight of roll (KG) olls/Pallet Pallet Size (cm) (gsm) (m) 1m 1.25m EICOMAT EB 300 100 30 37.5 16 114 x 114 x 13.5 EICOMAT EB 450 67 30 37.5 16 / 8 114 x 114 x 13.5 / 129 x 114 x 13.5 EICOMAT EB 600
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Product data CSM 325 PB
Product (gsm) Area Weight (%) ISO 3374 Moisture Content (%) ISO 3344 Tensile strength (N/150 mm) ISO 3342 Width (mm) ISO 5025 Binder Content (%) ISO 1887 EICOMAT PB 225 ± 8% ≤ 0.2 ≥ 40 ± 5 4.0 ± 1 EICOMAT PB 300 ± 8% ≤ 0.2 ≥ 60 ± 5 3.5 ± 1 EICOMAT PB 450 ± 8% ≤ 0.2 ≥ 70 ± 5 3.5 ± 1 EICOMAT PB 600 ± 8% ≤ 0.2 ≥ 80 ± 5 3.5 ± 1 Product availability CSM 325 PB
Product Length of Roll Weight of roll (KG) Rolls/Pallet Pallet Size (cm) (gsm) (m) 1m 1.25m 1.5m EICOMAT PB 225 133 30 37.5 45 16 114 x 114 x 13.5 EICOMAT PB 300 100 30 37.5 45 16 114 x 114 x 13.5 EICOMAT PB 450 67 30 37.5 45 16 114 x 114 x 13.5 EICOMAT PB 600 50 30 37.5 45 16 114 x 114 x 13.5 - Close
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Product data DR 410EP
Property Value Specification Standard Type of Glass E-CR ISO 2078 Resin Compatibility Epoxy & Phenolic - Sizing Type Silane - Moisture Content (%) 0.1 ≤0.2% ISO 3344 Size Content (% Weight) 0.48 ±0.15 ISO 1887 Available Tex (g/1000m) 1100, 2400, 4800 ±8% ISO 1889 Filament Diameter (nom. value) (μ) 17, 17/24, 24 ±1 ISO 1888 - Close
Product data DR 510MC
Property Value Specification Standard Type of Glass E-CR ISO 2078 Resin Compatibility Polyester, Vinyl Ester - Sizing Type Silane - Moisture Content (%) 0.1 ≤0.2% ISO 3344 Size Content (% Weight) 0.48 ±0.15 ISO 1887 Available Tex (g/1000m) 300, 600, 1200, 2400, 4800 ±8% ISO 1889 Filament Diameter (nom. value) (μ) 14, 14, 17, 17/24, 24 ±1 ISO 1888 Package Size / Weight Cylindrical 27.5 cm (nom. dia.) x 26 cm (H) / 18 kg. (nom.) ± 1.5kg Pallet Weight 864 / 1152 kg (nom.) Pallet Configuration 3 / 4 layers of 16 packages, stretch wrapped, top & bottom protected Pallet Dimensions 114cm x 114cm x 13.5cm - Close
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Product data Chop Roving 605
Property Value Specification Standard Type of Glass E-CR ISO 2078 Resin Compatibility Multi-Resin Compatibility - Sizing Type Multi-resin Compatible Silanes - Moisture Content (% Weight) 0.1 ≤0.2% ISO 3344 Size Content (% Weight) 1.20 ±0.2 ISO 1887 Available Tex (g/1000m) 2400 ±8% ISO 1889 Package Size / Weight Cylindrical 27.5 cm nom. (Dia.) x 25.4 cm (H) / 18 kg. (nom) Pallet Weight 864 / 1152 kg (nom.) Pallet Configuration 3 / 4 layers of 16 packages, stretch wrapped, top & bottom protected Pallet Dimensions 114cm x 114cm x 13.5cm - Close
Product data Spray-up 687
Property Value Specification Standard Type of Glass E-CR ISO 2078 Resin Compatibility Polyester and Vinyl Ester - Sizing Type Polyester Compatible Silane - Moisture Content (% Weight) 0.1 ≤0.2% ISO 3344 Size Content (% Weight) 1.20 ±0.2 ISO 1887 Available Tex (g/1000m) 2400 ±8% ISO 1889 Package Size / Weight Cylindrical 27.5 cm nom. (Dia.) x 25.4 cm (H) / 18 kg. (nom) Pallet Weight 864 / 1152 kg (nom.) Pallet Configuration 3 / 4 layers of 16 packages, stretch wrapped, top & bottom protected Pallet Dimensions 114cm x 114cm x 13.5cm - Close
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TDS EWR 300/400/500/600/800
Normal type EWR800 EWR400 EWR300 EWR500 EWR600 Thickness (mm) 0.8 0.4 0.3 0.5 0.6 Density(warpxweft) (end/cm) 1.8x1.5+/-10% 3.6x3.2+/-10% 4.6x4.1+/-10% 2.2X2.0+/-10% 2.6X2.4+/-10% Tex (warpxweft) 2400x2400 600X600 300x400 1200x1200 1200X1200 Moisture content(%) <0.2% <0.2% <0.2% <0.2% <0.2% Loss on ignition(%) 0.4 – 0.8 0.4 – 0.8 0.4 – 0.8 0.4 – 0.8 0.4 – 0.8 Width(cm) 125+/-1 125+/-1 125+/-1 125+/-1 125+/-1 Weight (g/m2) 816+/-41 408+/-32 300+/-15 500+/-25 600+/-30 Weight per roll(kg) 45 46 50 45 45 Glass E-glass E-glass E-glass E-glass E-glass - Close
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UDT500
Construction Area Weight (g/m2) Tolerance (+/-%) Material 0º 0 N/D N/D 90º 500 5 E or ECT Glass
1500texMat 0 N/D E or ECR Glass Stitching 10 5 PES - Close
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TDS-BIAXIAL 800+450
Layer orientation Degree(º) 0 +45 90 -45 Layer Weight (g/m2) 412.5 0 387.5 0 Material E-glass - Close
TDS-Combimat 500-450
Normal type 500WR/450Mat Woven roving (g/m2) 500 Input roving (tex) 1200tex x 1200tex Chopped strand Mat (g/m2) 450 Polyester yarn (g/m2) 9.5 Total weight 959.5+/-5% Moisture content(%) 0.1% Max Finish of glass fiber Silane sizing Width(m) 1-2.5 Weight (g/m2) 959.5+/-10% Weigth per roll (kg) 55kg/1.25m Glass E-glass - Close
TDS-Combimat 800-450
Overall Density(g/m2) 1260.44g/m2 Fabric Width (cm) 127 Standard Roll Weight(kg) 50 Stitching Stitching Thread Stitch Type Tricot Thread Material (Polyester) 150D Stitching Length 5.08mm Polyester Density(g/m2) 10.71 Stitching Gauge 3.5gg/inch Woven Roving Layer Weft Yarn 2400tex ×1.8 WarpYarn 2400tex ×1.5 Layer Density(g/m2) 792 Mat Layer Material Specification 2400±120TEX Density(g/m2) 457.73 - Close
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Corecombo
Type Total weight (g/m2) Width (cm) Remarks PT300/180/300 780 125 300g CSM/180g Synthetic/300gCSM PT450/180/450 1080 125 450g CSM/180g Synthetic/450gCSM PT600/180/600 1380 125 600g CSM/180g Synthetic/600gCSM PT300/250/300 850 125 300g CSM/250g Synthetic/300gCSM PT450/250/450 1150 125 450g CSM/250g Synthetic/450gCSM PT600/250/600 1450 125 600g CSM/250g Synthetic/600gCSM - Close
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Copia de AL 303 Cer-2
TIPO AL 303 C NORME ARMATURA TELA ISO 2113/1996 FINISH CERAMICO PESO gr./mq. 272 +/-5% ISO 3374/2000 SPESSORE mm. 0,5 +/-5% ISO 4603/1993 FILI AL cm. 6,2 +/-5% ISO 4602/1997 TRAME AL cm. 4,6 +/-5% ISO 4602/1997 FILATI UTILIZZATI: ORDITO: EC 9 68 X 3 TEX ISO 4602/1997 TRAMA: EC 9 68 X 4 TEX ISO 4602/1997 RESISTENZA A TRAZIONE: ORDITO N/cm. >2400 ISO 4606/1995 TRAMA N/cm. >2400 ISO 4606/1995 - Close
Copia de NWT M524-C64 250
PROPERTY TEST METHOD UNIT SPECIFICATION NOMINAL NORMAL LIMITATIONS Max Min Area Weight PTS-L-002 g/m2 30 33 27 Binder Content PTS-L-003 % 7.5 9 6 Thickness PTS-L-007 mm 0.29 0.33 0.25 - Close
Copia de Vr73-3
TIPO VR73 NORME ARMATURA TELA ISO 2113/1996 FINISH GI 094 PESO gr./mq. 56 5% ISO 3374/2000 SPESSORE mm. 0,09 5% ISO 4603/1993 FILI AL cm. 7,4 2% ISO 4602/1997 TRAME AL cm. 3,9 2% ISO 4602/1997 FILATI UTILIZZATI: ORDITO: EC 9 34 TEX ISO 4602/1997 TRAMA: EC 9 68 TEX ISO 4602/1997 RESISTENZA A TRAZIONE: ORDITO N/cm. >600 ISO 4606/1995 TRAMA N/cm. >500 ISO 4606/1995 - Close
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TSD PRODUCT MATRIX CORE MATERIAL
Product Thickness (mm) Weight (g/m2) Roll length Roll width (mm) T1722HC 2.2 55 110 1000 T1723HC 3.2 75 80 1000 T1724HC 4.4 100 60 1000 T1725HC 5.2 120 50 1000 - Close
Physical and chemical properties
Appearence Sheet or tape Colour White Odour Odourless Boling point/Boiling range ºC Not applicable Melting point ºC 250-260ºC (PET) Freezing temperature ºC Not applicable Flash point ºC 350-400ºC (PET) Ignition temperature ºC 420ºC (PET) Auto ignition Not applicable Explosion hazard Not applicable Explosion limits Vol.-% Not applicable Vapour pressure mbar Not applicable Density g/cm3 22 g/m2 Bulk density kg/m3 Not applicable Solubility in water Insoluble Solubility in other solvents Insoluble in most solvents pH-value Not applicable Viscosity Not applicable Additional information None - Close
Mechanical properties Divinycell H
Property Test Procedure Unit H35 H45 H60 H80 H100 H130 H160 H200 H250 Compressive Strength ASTM D 1621 MPa Nominal 0.5 0.6 0.9 1.4 2.0 3.0 3.4 5.4 7.2 Mínimo 0.3 0.5 0.7 1.15 1.65 2.4 2.8 4.5 6.1 Compressive Modulus ASTM D1621-B-73 MPa Nominal 40 50 70 90 135 170 200 310 400 Mínimo 29 45 60 80 115 145 175 265 350 Tensile Strength ASTM D 1623 MPa Nominal 1.0 1.4 1.8 2.5 3.5 4.8 5.4 7.1 9.2 Mínimo 0.8 1.1 1.5 2.2 2.5 3.5 4.0 6.3 8.0 Tensile Modulus ASTM D 1623 MPa Nominal 49 55 75 95 130 175 205 250 320 Mínimo 37 45 57 85 105 135 160 210 260 Shear Strength ASTM C 273 MPa Nominal 0.4 0.56 0.76 1.15 1.6 2.2 2.6 3.5 4.5 Mínimo 0.3 0.46 0.63 0.95 1.4 1.9 2.2 3.2 3.9 Shear Modulus ASTM C 273 MPa Nominal 12 15 20 27 35 50 60 73 97 Mínimo 9 12 16 23 28 40 50 65 81 Shear Strain ASTM C 273 % Nominal 9 12 20 30 40 40 40 45 45 Density ISO 845 kg/m3 Nominal 38 48 60 80 100 130 160 200 250 Physical characteristics Divinycell H
Characteristics Unit H35 H45 H60 H80 H100 H130 H160 H200 H250 Tipo de test Density variation % -10%/+20% ± 10 ± 10 ± 10 ± 10 ± 10 ± 10 ± 10 ± 10 - Thermal conductivity W/(m-K) 0.028 0.028 0.029 0.031 0.033 0.036 0.040 0.044 0.049 EN 12667 Coeff, linear heat expansion x10-6/°C 40 40 40 40 40 40 40 40 40 ISO 4897 Heat Distortion Temperature °C +125 +125 +125 +125 +125 +125 +125 +125 +125 DIN 53424 Continous temp range °C -200/+70 -200/+70 -200/+70 -200/+70 -200/+70 -200/+70 -200/+70 -200/+70 -200/+70 - Max process temp °C +90 +90 +90 +90 +110 +110 +110 +110 +110 - Dissipation factor - 0.0001 0.0002 0.0003 0.0005 0.0006 0.0009 0.0012 0.0015 0.0019 ASTM D 2520 Dielectric constant - 1.04 1.05 1.06 1.09 1.11 1.15 1.18 1.23 1.29 ASTM D 2520 Poissons ratio - 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 D638-08 Physical characteristics Divinycell H
Format Unit H35 H45 H60 H80 H100 H130 H160 H200 H250 Plain sheets Length mm 2650 2440 2440 2440 2160 1960 1860 1730 1640 Width mm 1250 1220 1220 1220 1070 970 915 850 800 GS sheet Length mm 1250 1220 1220 1220 1080 980 930 865 - Width mm 883 813 813 813 1070 970 915 850 - GS sheet Length mm 1250 1220 1220 1220 - - - - - Width mm 1250 1220 1220 1220 - - - - - - Close
Mechanical properties Divinycell P
Property Test Procedure Unit P60 P100 P150 Compressive Strength ASTM D 1621 psi Nominal 102 218 334 Minimum 65 160 290 Compressive Modulus ASTM D1621-B-73 psi Nominal 9,427 14,504 22,046 Minimum 4,206 8,702 16,679 Tensile Strength ASTM D 1623 psi Nominal 174 261 355 Minimum 116 196 268 Shear Strength ISO 1922 psi Nominal 65 123 181 Minimum 46 100 138 Shear Modulus ISO 1922 psi Nominal 1,885 4,061 5,802 Minimum 1,378 3,191 5,221 Shear Elongation ISO 1922 % Nominal 20 12 7,5 Minimum 8 3 3 Density ISO 845 kg/m3 Nominal 4,1 6,9 9,4 Technical Characteristics Divinycell P
Characteristics Unit P60 P100 P150 Test method Density % ± 7 ± 6 ± 5 - Thermal conductivity Btu x in / ft2 x h x ºF) 0.229 0.229 TBD ISO 4897 Fire resistance class - S4 ST2 SR2 S4 ST2 SR2 S4 ST2 SR2 DIN 5510 - M1 F1 M1 F1 M1 F1 AFNOR NF F 16-101 Physical characteristics Divinycell P
Format Unit P60 P100 P160 Plain sheets Length inch 96.06 96.06 96.06 Width inch 48.03 48.03 48.03 GS sheet Length inch 48.03 48.03 48.03 Width inch 48.03 48.03 48.03 - Close
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333MR-112407
Weight: 412 Grams per can Flash Point: 122 ºF/ 50 ºC Shelf Life: 1 year from date of shipment Color: Blue V.O.C.: 483.50 Grams per liter - Close
1000P-112407
Weight: 412 Grams per can Flash Point: 98 ºF / 36.66 ºC Shelf Life: 1 year from date of shipment
Color:Color: Yellow Paste Wax V.O.C.: 477.50 Grams per liter - Close
FK 888
Weight: 312 Grams per can Flash Point: 100ºF (38ºC) Shelf Life: 1 year from date of shipment Color: Gold V.O.C.: 3.98 lbs/gal (477.50 g/l) - Close
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135T-TData-052113
Weight: 7.27 Lbs per gallon Flash Point: 50ºF/ 10 ºC Shelf life: 1 year from date of shipment V.O.C.: 724.14 grams per liter - Close
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69-113007
Weight: 7 lbs per gallon Flash Point: 112º F Shelf life: 1 year from date of shipment V.O.C.: 7 lbs per gallon - Close
86-112207
Weight: 6.92 pounds per gallon Flash Point: 109º F TCC Shelf Life: 1 year from date of shipment V.O.C.: 6.31 Lbs/gal (756.19 g/l) - Close
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Product specification Di-LYNT ES
Characteristics Unit Value Method Reference Appearance Clear liquid L000 Moisture % 0.5 max GM 010 ASTM E-203 Typical properties Di-LYNT ES
Characteristics Unit Value Colour Colorless - light yellow Odour typical Density @ 25°C g/ml 1.04 Viscosity @ 25°C mPa.s 2.01 Melting point/range ºC -20 Boiling point/range ºC 215 Vapour pressure @ 20°C Pa <10 Flash point cc (ASTM D93-07) ºC 90 Log POW (OECD 117-2004) 1.4 - Close
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General information P200F
Characteristic Unit Value Appearance - Liquid Colour - Odour - Colourless - Characteristic Active oxygen content % 9,1 Peroxides % >35% Flegmatizer – Dimethyl phthalate/DiacetoneAlcohol % >40% Boiling point/ interval °C 100°C decompose ! Flash point (open cup – C.O.C.) °C 90°C Flammability ASTM D-4206-96(2001) - Not support the combustion Explosive properties - Product is not explosive SADT (Self Accelerated Decomposition Temperature) °C >60 Relative density UNI EN ISO 12185-00 d 20/20 1,200 (PRO 2011) Viscosity at 20 °C ISO UNI EN 3104 mPa.s 23 - 26 (PRO 2011) - Close
Physical and chemical properties P200TX
Characteristic Unit of measure Declared value SADT °C > 65°C Active oxygen content % 9,8 – 9,9 Peroxide content % 32 - 37% Appearence, Colour - Liquid, clear, Colorless Odour - Distinctive - Aceton like pH (in aqueous solution) - Slightky acid - < 5 Boiling point/interval °C >60ºC - Decomposes Melting point/interval °C < - 25 Flash Point Closed-Cup ASTM D3278 °C > 75 °C at 1013 hPa Oxidizing properties - Organic peroxide Vapour pressure Pa 73,6 Pa at 25°C Relative density UNI EN ISO 12185-00 d 20/20 1,011 - 1,015 (SSC 2010 Promox P211TX) Solubility in water - 6,530 mg/l at 20 °C Solubility in Organic Solvents - Soluble in most organic solvents Partition coefficient OECD 117 LogKow/LogPow log Kow : < 0,3 (OCDE 117) Explosive properties The substance or mixture is an organic peroxide classified as type D - Close
Physical and chemical properties P211TX
Characteristic Unit of measure Declared value SADT °C > 65°C Active oxygen content % 9,8 – 9,9 Peroxide content % 32 - 37% Appearence, Colour - Liquid, clear, Colorless Odour - Distinctive - Aceton like pH (in aqueous solution) - Slightky acid - < 5 Boiling point/interval °C No aplicable – > 100 °C Se descompone al calentar. Melting point/interval °C < - 25 Flash Point Closed-Cup ASTM D3278 °C > 75 °C at 1013 hPa Oxidizing properties - Organic peroxide Vapour pressure Pa 73,6 Pa at 25°C Relative density UNI EN ISO 12185-00 d 20/20 1,011 - 1,015 (SSC 2010 Promox P211TX) Solubility in water - 6,530 mg/l at 20 °C Solubility in Organic Solvents - Soluble in most organic solvents Partition coefficient OECD 117 LogKow/LogPow log Kow : < 0,3 (OCDE 117) Explosive properties La sustancia o mezcla es un peróxido orgánico clasificado como tipo D. - Close
Physical and chemical properties P250
Characteristic Unit of measure Declared value Aspecto - Líquido, claro Color - Incoloro Contenuto in ossigeno attivo % 8,2 Contenuto in perossidi % 37 Contenuto in diiso butil ftalato / diaceton alcol % >55 Punto/intervallo di ebollizione ºC 100°C decompone ! Punto di infiammabilità (vaso chiuso) ºC 80 Infiammabilità ASTM D-4206-96 (2001) - non sostiene la combustione SADT (Self Accelerated Decomposition Temperature) ºC >60ºC Densità relativa UNI EN ISO 12185-00 d 20/20 1.060 Viscosità a 20 °C ISO UNI EN 3104 mPa.s 30 - Close
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General information P300
Characteristic Unit of measure Declared value Appearance - at 20°C e 1013 hPa - Liquid, clear Colour - Colourless Odour - Distinctive – Aceton Like Substance - Organic pH (in aqueous solution) - EPA OPPTS 830.7000 - Slightly Acid - pH ca. 4,0 Melting point/freezing point – EPIWIN (v. 4.00) °C < -10 °C at 1013 hPa Melting point/freezing point – Promox °C < -15 °C at 1013 hPa Boiling point/range °C >100°C – Decomposes Relative density DIN ISO 3507109 g/cm3 1,0514 g/cm3 at 20 °C Relative density UNI EN ISO 12185:1999 a 20°C d 20/20 1,037 – 1,044 (SSC2010 – Promox P300) Vapour Pressure – ASTM E1782-08 PENTANE-2,4-DIONE PEROXYDE 20 hPa at 20°C 4-HYDROXY-4-METHYLPENTANE-2-ONE 1.29 hPa at 20°C HYDROGEN PEROXIDE 10,1 m Hg @ 20ºC (HP50%) Vapour Density > 1 Referred to Air =1 Partition coefficient OECD 117 LogKow/LogPow PENTANE-2,4-DIONE PEROXYDE log Kow : 1,1, Slightly bioaccumulable. 4-HYDROXY-4-METHYLPENTANE-2-ONE log Kow : - 0,09 PENTANE-2,4-DIONE log Kow : 0,68 , at 40 °C HYDROGEN PEROXIDE log Kow : - 1,57 Solubility in water – EU method A.6 PENTANE-2,4-DIONE PEROXYDE > 500 g/l at 20 °C PENTANE-2,4-DIONE PEROXYDE > 500 g/l at 20 °C PENTANE-2,4-DIONE 16 g/100 ml Solubility in Organic Solvents – CIPAC MT 181 g/l Soluble in most organic solvents ETHYL ACETATE > 500 g/l METHANOL > 500 g/l HEXANE < 50 g/l Surface tension EU Method A.5. mN/m Not determined Flash Point - Cleveland open cup ASTM D92 °C > 85°C at 1013 hPa Flash Point - Penski-Martens closed cup EN ISO 2719 °C > 70°C at 1013 hPa AutoFlammability EU Method A.15 °C Non Applicable Flammability – in Contact with Water °C Negative Flammability – Pirofosforic Properties °C Not determined Self-ignition temperature °C > 180°C Explosive properties – EU Method A.14 The substance or mixture is an organic peroxide classified as type D. Oxidizing properties/Comburent Not applicable Organic peroxide Dissociation Costant – SPARC pKa 20°C -HYDROXY-4-METHYLPENTANE-2-ONE 14.57 a 20°C HYDROGEN PEROXIDE 11,62 - pKa Viscosity at 20 °C OECD GuideLine 114 mPa∙s 23 (Dinamica) Viscosity at 20 °C UNI EN ISO 3104:2000 a 20°C mm2/s 22 - 24 (SSC 2010 – Promox P300) Henry’s Law Costant at 25°C. Pa m3/mole HYDROGEN PEROXIDE 750E-06 Pa.m3/mol, at 20 °C – 70% Stability into Organic Solvents Stable in his formulation agents VOC Content (VOC) % w/w NA SADT (Self Accelerated Decomposition Temperature) °C > 60°C Active oxygen content % 4,2 – 4,4 Peroxide content % 30 – 33% Miscibility with Solvents - See chapter 10 - Close
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General information P600
Characteristic Unit of measure Declared value Appearance - Liquid, clear Colour - Colourless Odour - Distinctive pH (in aqueous solution) - Acid Boiling point/ interval °C 100°C decomposes Flash point (open cup) °C 60 Flash point (closed cup) - EN ISO 3680 °C Not determined Flammability ASTM D-4206-96(2001) - Not sustain combustion Explosive properties - Product is not explosive. Oxidizing properties - Not applicable Vapour pressure - Not determined Relative density UNI EN ISO 12185:1999 at 20°C d 20/20 1,020 Solubility in water - Partly soluble Liposolubility - Soluble in polar solvents Partition coefficient logPow Not determined Viscosity at 20 °C UNI EN ISO 3104:2000 at 20°C mm2/s 05 Steam density aria=1 Not determined Refractive Index - Not determined VOC Content % Not determined Auto ignition °C Not determined Melting point/ interval °C < - 10 SADT (Self Accelerated Decomposition Temperature) °C > + 60 Active oxygen content % 4,6 Solubility in other solvents - See section 10 - Close
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Copia de Propiedades físicas y químicas Cobalt 6%
Characteristic Declared value Physischer Zustand bei 20 ºC: Flüssigkeit Aussehen: Nicht verfügbar Farbe: Kobaltblau Geruch: Nicht verfügbar Siedetemperatur bei atmosphärischem Druck: 206 ºC Dampfdruck bei 25 ºC: 71 Pa Dampfdruck bei 50 ºC: 363 Pa (0 kPa) Verdunstungsrate bei 25 ºC: Nicht relevant * Dichte bei 25 ºC: 850 - 950 kg/m³ Relative Dichte bei 25 ºC: 0,9 Dynamische Viskosität bei 25 ºC: 60 cP Viskositäts-Dichteverhältnis bei 25 ºC: 66 cSt Viskositäts-Dichteverhältnis bei 40 ºC: No relevante Konzentration: No relevante pH: No relevante Dampfdichte bei 25 ºC: No relevante Verteilungskoeffizient n-Octanol/Wasserr bei 25 ºC: No relevante Wasserlöslichkeit bei 25 ºC: No relevante Löslichkeitseigenschaft: No relevante Zersetzungstemperatur: No relevante Schmelzpunkt/Gefrierpunkt: No relevante Entflammungstemperatur: 61 ºC Selbstentflammungstemperatur: 265 ºC Untere Entflammbarkeitsgrenze: No relevante Obere Entflammbarkeitsgrenze: No relevante Oberflächenspannung bei 25 ºC: No relevante Brechungsindex: No relevante - Close
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BAYMER SPRAY 145 Properties
Property Value Unit Method Hydroxyl number 197 210 ± 20 mg KOH/g LPUR - 048 Water content 2,8 ± 0,14 % LPUR - 001 Viscosity 25ºC 350 ± 350 ± 200 mPa·s LPUR - 002 Density 23ºC aprox. 1,20 g/cm³ LPUR-050 - Close
BAYMER SPRAY 150 Properties
Property Value Unit of
measurementMethod Hydroxyl number 230 ± 30 mg KOH/g LPUR - 048 Water content 2,8 ± 0,14 % LPUR - 001 Viscosity a 25ºC 350 ± 350 ± 200 mPa·s LPUR - 002 Density 23ºC aprox. 1,20 g/cm³ LPUR-050 - Close
DESMODUR 44V20L Properties
Property Value Unit of
measurementMethod NCO content 30.5 - 32.5 % by wt. MDI-01-01 Viscosity 25 °C*) 160 - 240 mPa·s MDI-01-02 Acidity max. 200 ppm HCI MDI-01-03 Density 20 °C approx. 1.23 g/cm³ DIN 51757 Phenylisocyanate content max. 50 ppm MDI-01-09 Coefficient of thermal expansion 6.59 . 10-4 K-1 Specific heat (cp) approx. 1.51 kJ/kgK - Close
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Technical characteristics NWT M524-C64
Property Test method Unit Specification nominal Normal limitations MAX. MIN. Area Weight PTS-L-002 g/m2 30 33 27 Binder Content PTS-L-003 % 7.5 9 6 Thickness PTS-L-007 mm 0.29 0.33 0.25 - Close
Characteristics TDS VR72
Tensile strength Elongation Standard condition 850/860 3.5/3.5 5% NaOH Solution 425/325 3.5/3.5 Fast Test 510/390 3.5/3.5 - Close
Characteristics VR 73
Valor Norma Armatura Tela ISO 2113/1996 FINISH GI 094 PESO gr./mq. 56 +/- 5% ISO 3374/2000 SPESSORE mm. 0,09 +/- 5% ISO 4603/1993 FILI AL cm. 7,4 +/- 2% ISO 4602/1997 TRAME AL cm. 3,9 +/- 2% ISO 4602/1997 FILATI UTILIZZATI :
FIBRA DI VETROORDITO : EC 9 34 TEX ISO 4602/1997 TRAMA : EC 9 68 TEX ISO 4602/1997 RESISTENZA A TRAZIONE ORDITO N/ 5cm. >600 ISO 4606/1995 TRAMA N/ 5cm. <500 ISO 4606/1995 RESINA SECCA APPORTATA : gr./mq. 3,4 +/- 10% ISO 1887/1995 - Close
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