Polymer Property : Cure Time = 30.0 hour Product List

Processing Properties

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Processing Properties	Metric	English	Comments
Cure Time	1800 min @Temperature 140 °C	30.0 hour @Temperature 284 °F	Tack Free Time
Parker Chomerics ParPHorm® L1938-45 Non-Conductive Form-in-Place Gasket A range of conductive particle technologies combined with thermoset and RTV silicone systems provide a material selection for most opportunities. Multiple filler grades balance material cost versus ..
Cure Time	1800 min @Temperature 140 °C	30.0 hour @Temperature 284 °F	Handling Time
Parker Chomerics ParPHorm® L1938-45 Non-Conductive Form-in-Place Gasket A range of conductive particle technologies combined with thermoset and RTV silicone systems provide a material selection for most opportunities. Multiple filler grades balance material cost versus ..
Cure Time	1800 min @Temperature 140 °C	30.0 hour @Temperature 284 °F	Full Cure
Parker Chomerics ParPHorm® L1938-45 Non-Conductive Form-in-Place Gasket A range of conductive particle technologies combined with thermoset and RTV silicone systems provide a material selection for most opportunities. Multiple filler grades balance material cost versus ..
Cure Time	1800 min @Temperature 140 °C	30.0 hour @Temperature 284 °F	Tack Free Time
Parker Chomerics ParPHorm® S1936-45 Non-Conductive Form-in-Place Gasket Description: A range of conductive particle technologies combined with thermoset and RTV silicone systems provide a material selection for most opportunities. Multiple filler grades balance material..
Cure Time	1800 min @Temperature 140 °C	30.0 hour @Temperature 284 °F	Handling Time
Parker Chomerics ParPHorm® S1936-45 Non-Conductive Form-in-Place Gasket Description: A range of conductive particle technologies combined with thermoset and RTV silicone systems provide a material selection for most opportunities. Multiple filler grades balance material..
Cure Time	1800 min @Temperature 140 °C	30.0 hour @Temperature 284 °F	Full Cure
Parker Chomerics ParPHorm® S1936-45 Non-Conductive Form-in-Place Gasket Description: A range of conductive particle technologies combined with thermoset and RTV silicone systems provide a material selection for most opportunities. Multiple filler grades balance material..
Cure Time	1800 min @Temperature 140 °C	30.0 hour @Temperature 284 °F	Tack Free Time
Parker Chomerics ParPHorm® S1945-25 Non-Conductive Form-in-Place Gasket Description: A range of conductive particle technologies combined with thermoset and RTV silicone systems provide a material selection for most opportunities. Multiple filler grades balance material..
Cure Time	1800 min @Temperature 140 °C	30.0 hour @Temperature 284 °F	Handling Time
Parker Chomerics ParPHorm® S1945-25 Non-Conductive Form-in-Place Gasket Description: A range of conductive particle technologies combined with thermoset and RTV silicone systems provide a material selection for most opportunities. Multiple filler grades balance material..
Cure Time	1800 min @Temperature 140 °C	30.0 hour @Temperature 284 °F	Full Cure
Parker Chomerics ParPHorm® S1945-25 Non-Conductive Form-in-Place Gasket Description: A range of conductive particle technologies combined with thermoset and RTV silicone systems provide a material selection for most opportunities. Multiple filler grades balance material..
Cure Time	1800 - 3600 min @Temperature 121 °C	30.0 - 60.0 hour @Temperature 250 °F
Master Bond EP40 High Shear and Peel Strength, Two Component, Flexible Epoxy Master Bond Polymer System EP40 is newly developed two component highly flexible epoxy compound for high performance bonding, potting, encapsulation, and sealing with outstanding shear and peel stre..
Cure Time	1800 min @Temperature 32.0 °C	30.0 hour @Temperature 89.6 °F	Full Chemical
Chesterton ARC 10 Paste grade machinable composite Description: A reinforced composite for the repair and protection of metal surfaces. It is machinable with excellent compressive strength, chemical resistance and corrosion resistance. It is non-sag..
Cure Time	1800 min @Temperature 32.0 °C	30.0 hour @Temperature 89.6 °F	Full Chemical
Chesterton ARC 858 Abrasion resistant rebuilding and faring composite An advanced ceramic composite for the repair and protection of all metal surfaces subjected to erosion, corrosion and chemical attack. It is normally applied at a thickness of 0.15 mm (60 mils) or m..
Cure Time	1800 min @Temperature 25.0 °C	30.0 hour @Temperature 77.0 °F	Full Load
Chesterton ARC 890 Course Grade Sliding Wear Compound An advanced ceramic composite for the repair and protection of all metal surfaces subjected to severe erosion, corrosion, and chemical attack. It is normally applied at the thickness of 6 mm (1/4”)..
Cure Time	1800 min @Temperature 32.0 °C	30.0 hour @Temperature 89.6 °F	Full Chemical
Chesterton ARC 890 Course Grade Sliding Wear Compound An advanced ceramic composite for the repair and protection of all metal surfaces subjected to severe erosion, corrosion, and chemical attack. It is normally applied at the thickness of 6 mm (1/4”)..
Cure Time	1800 min @Temperature 32.0 °C	30.0 hour @Temperature 89.6 °F	Full Chemical
Chesterton ARC 897 Fine Grade Sliding Wear Compound Description: ARC 897 is an advanced ceramic reinforced composite for the repair and protection of all metal surfaces subjected to severe erosion, corrosion, and chemical attack. It is applied at a t..
Cure Time	1800 min @Temperature 10.0 °C	30.0 hour @Temperature 50.0 °F	Light Load/Overcoat End
Chesterton ARC 982 100% Novolac acid resistant coating Description: An advanced polymer composite formulated to protect equipment from extreme chemical attack and corrosion. A low viscosity composite that is applied by brush, squeegee, or a plural compo..
Cure Time	1800 min @Temperature 25.0 °C	30.0 hour @Temperature 77.0 °F	Full Load
Chesterton ARC BX1 Sliding Wear Compound Description: An advanced contractor grade ceramic composite for the repair and protection of all metal surfaces subjected to severe erosion, corrosion, and chemical attack. It is normally applied at..
Cure Time	1800 min @Temperature 32.0 °C	30.0 hour @Temperature 89.6 °F	Full Chemical
Chesterton ARC BX1 Sliding Wear Compound Description: An advanced contractor grade ceramic composite for the repair and protection of all metal surfaces subjected to severe erosion, corrosion, and chemical attack. It is normally applied at..
Cure Time	1800 min @Temperature 32.0 °C	30.0 hour @Temperature 89.6 °F	Full Chemical
Chesterton ARC BX2 Contractor Grade Fine Sliding Wear Compound Description: ARC BX2 is an advanced contractor grade ceramic reinforced composite for the repair and protection of all metal surfaces subjected to severe erosion, corrosion, and chemical attack. It ..
Cure Time	1800 min @Temperature 25.0 °C	30.0 hour @Temperature 77.0 °F	Full Load
Chesterton ARC I BX1 Impact & Wear Resistant Epoxy Composite Description: An advanced grade epoxy and urethane composite for the repair and protection of all metal surfaces subjected to severe abrasion and impact. It is normally applied at a thickness of 6 mm..
Cure Time	1800 min @Temperature 25.0 °C	30.0 hour @Temperature 77.0 °F	Overcoat End
Chesterton ARC PW Potable Water Coating Description: ARC PW is a 100% solids lining certified for NSF/ANSI 61 potable water, cold water service. It is recommended to be applied by brush, roll or spray at 500-750 microns (20-30 mils) total..
Cure Time	1800 min @Temperature 25.0 °C	30.0 hour @Temperature 77.0 °F	Overcoat End
Chesterton ARC S1 General purpose coating Description: An advanced polymer composite formulated to protect metal surfaces from corrosion and chmical attack. It is normally applied at a thickness of 250 microns (10 mils) per coat. Non-shrink..
Cure Time	1800 min @Temperature 16.0 °C	30.0 hour @Temperature 60.8 °F	Overcoat End
Chesterton ARC SD4i High temperature ceramic reinforced erosion resistant coating Description: An advanced ceramic composite for resurfacing and protection of metal surfaces in immersion service. It is normally applied in a thickness range of 250-370 microns (10-15 mils) per coat..
Cure Time	1800 min @Temperature 16.0 °C	30.0 hour @Temperature 60.8 °F	Overcoat End
Chesterton MRS S2 Metal Rebuilding System An advanced ceramic composite for the resurfacing and protection of all metal surfaces. It is normally applied at a thickness of 250 microns (10 mils) per coat. Non-shrinking, 100% solids. MRS S2 is..
Cure Time	1800 min @Temperature 25.0 °C	30.0 hour @Temperature 77.0 °F	Tack Free
Chesterton MRS SD4i Metal Rebuilding System An advanced ceramic composite for resurfacing and protection of metal surfaces in immersion service. It is normally applied in a thickness range of 250-370 microns (10 – 15 mils) per coat. Non-shri..
Cure Time	1800 min @Temperature 32.0 °C	30.0 hour @Temperature 89.6 °F	Full Chemical
Chesterton ARC MX2 High Wear Fine Particle Wear Compound Description: An advanced ceramic composite for the repair and protection of all metal surfaces subjected to severe erosion, corrosion and chemical attack. It is applied at a thickness of 3 mm (1/8”..
Cure Time	1800 min @Temperature 21.0 °C	30.0 hour @Temperature 69.8 °F	Open Time, 50% RH
3M 5200 Marine Adhesive/Sealant 3M™ Marine Adhesive/Sealant 5200 is a one-part polyurethane that chemically reacts with moisture to deliver strong, flexible bonds. It has excellent adhesion to wood, gelcoat and fiberglass. It for..
Cure Time	1800 min @Temperature 25.0 °C	30.0 hour @Temperature 77.0 °F	Full Load
Chesterton ARC CS2 Low-viscosity, Composite concrete primer sealer Description: An advanced composite formulated to protect concrete surfaces from mild chemical attack. It is normally applied at a thickness of 250-375 microns (10-15 mils) per coat. Non-shrinking. 1..
Cure Time	1800 min @Temperature 32.0 °C	30.0 hour @Temperature 89.6 °F	Full Chemical
Chesterton MRS 10 Metal Rebuilding System Description: A reinforced composite for the repair and protection of metal surfaces. It is machinable with excellent compressive strength, chemical resistance It is non-sagging, non-shrinking and 10..
Cure Time	1800 min @Temperature 32.0 °C	30.0 hour @Temperature 89.6 °F	Overcoat End
Chesterton ARC S1HB Sprayable high-viscosity, 100% solids, advanced coating An advanced composite formulated to protect concrete and metal surfaces from corrosion and chemical attack. It is normally applied at a thickness of 1-2 mm (40-80 mils) per coat. However, greater si..