Polymer Property : Processing Temperature = 32.2 °C Product List

Processing Properties

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Processing Properties	Metric	English	Comments
Processing Temperature	21.1 - 32.2 °C	70.0 - 90.0 °F	Prepolymer Temperature
Northstar Polymers FFM-1 Firm-Grade Flexible Open-Cell Foam This foam formulation is particularly designed to make flexible but firm open-cell foam by either hand-mixing or machine casting. This material may be suitable for products that require some load b..
Processing Temperature	21.1 - 32.2 °C	70.0 - 90.0 °F	Prepolymer Temperature
Northstar Polymers MPP-A47A Liquid Castable Polyurethane MPP-A47A is a room-temperature-cure liquid castable polyurethane system. This ether-base polyurethane system is used in applications such as mold-making, prototyping, production of cast parts, pott..
Processing Temperature	21.1 - 32.2 °C	70.0 - 90.0 °F	Curing Agent Temperature
Northstar Polymers MPP-A60A Liquid Castable Polyurethane MPP-A60A is a room-temperature-cure liquid castable polyurethane system. This ether-base polyurethane system is used in applications such as mold-making, prototyping, production of cast parts, pott..
Processing Temperature	21.1 - 32.2 °C	70.0 - 90.0 °F	Prepolymer Temperature
Northstar Polymers MPP-A90A High Performance Polyether This high performance polyether system is one of a family of polymer systems developed by Northstar Polymers for specific demanding work environments. Urethane elastomers molded with this system ex..
Processing Temperature	21.1 - 32.2 °C	70.0 - 90.0 °F	Curing Agent Temperature
Northstar Polymers MPP-D80B Rigid Polyurethane MPP-D80B has a high load-bearing property at hardness 80 D Durometer. This material has a relatively slow curing pattern. Whereas many polyurethane formulations of this hardness cure very fast thus..
Processing Temperature	21.1 - 32.2 °C	70.0 - 90.0 °F	Curing Agent Temperature
Northstar Polymers MPP-M09D "Slow Cure" Semi-Rigid Foam Formulation This foam polyurethane formulation is designed yield structural foam by either hand-mixing or machine casting method. The pot-life of this material is set longer than ordinary rigid foam formulatio..
Processing Temperature	21.1 - 32.2 °C	70.0 - 90.0 °F	Prepolymer Temperature
Northstar Polymers MPS-F04A Hand-Mixable Flexible Foam This foam formulation is designed to make molded flexible foam parts/sheets/dies/blocks by hand-mixing or by the meter dispensing equipment. The components are stable liquid at room temperature and..
Processing Temperature	21.1 - 32.2 °C	70.0 - 90.0 °F	Curing Agent Temperature
Northstar Polymers MPS-F04A Hand-Mixable Flexible Foam This foam formulation is designed to make molded flexible foam parts/sheets/dies/blocks by hand-mixing or by the meter dispensing equipment. The components are stable liquid at room temperature and..
Processing Temperature	21.1 - 32.2 °C	70.0 - 90.0 °F	Curing Agent Temperature
Northstar Polymers MPS-F06B Hand-Mixable Flexible Foam This foam formulation is designed to make molded flexible foam parts/sheets/dies/blocks by hand-mixing or by the meter dispensing equipment. The components are stable liquid at room temperature and..
Processing Temperature	21.1 - 32.2 °C	70.0 - 90.0 °F	Prepolymer Temperature
Northstar Polymers VEF-41 Viscoelastic Foam Formulation Viscoelastic foam has a very unique recovery property and very low compression deflection property. When the foam is compressed by a hand it can leave imprint of the hand, and then it slowly recove..
Processing Temperature	21.1 - 32.2 °C	70.0 - 90.0 °F	Curing Agent Temperature
Northstar Polymers VEF-41 Viscoelastic Foam Formulation Viscoelastic foam has a very unique recovery property and very low compression deflection property. When the foam is compressed by a hand it can leave imprint of the hand, and then it slowly recove..
Processing Temperature	21.1 - 32.2 °C	70.0 - 90.0 °F	Curing Agent Temperature
Northstar Polymers MCG-1 OOO Scale Microcellular Gel Elastomer MCG-1 is formulated for making extremely soft products. MCG-1 has unique structure for this class of material. The cured product will be slightly foamed and give a very soft touch, yet faster resp..
Processing Temperature	21.1 - 32.2 °C	70.0 - 90.0 °F	Curing Agent Temperature
Northstar Polymers MPS-M23B Room-Temperature Curable Microcellular Foam This foam polyurethane formulation is designed to yield closed-cell microcellular foam by either hand-mixing or machine casting method at room temperature. The components are liquid at room temperat..
Processing Temperature	10.0 - 32.2 °C	50.0 - 90.0 °F	Application Temperature
Aremco Corr-Paint™ CP3015-BL High Temperature Protective Coating Inorganic, Mixed Oxides Filled These inorganic-ceramic, aqueous-based coatings provide outstanding resistance to thermal shock, oxidation and chemical corrosion in 1500°F. High emissivity, inorganic black pigmented coating to 15..
Processing Temperature	10.0 - 32.2 °C	50.0 - 90.0 °F	Application Temperature
Aremco Graphi-Coat™ 623 High Temperature Specialty Coatings Inorganic, Titanium Diboride Filled This coating system, originally patented by Aremco, is a tow-part, silica-bonded, titanium diboride filled, oxidation resistant coating for protecting graphite from oxidation to 2000°F (1093°C). U..
Processing Temperature	10.0 - 32.2 °C	50.0 - 90.0 °F	Application Temperature
Aremco Lamp-Coat™ LC4010-BT High Temperature Coating, Silicone Aluminum-filled coating for application over black top coated headlamps to 1020 °F (550 °C).
Processing Temperature	10.0 - 32.2 °C	50.0 - 90.0 °F	Application Temperature
Aremco Pyro-Paint™ 634-AS High Temperature Refractory Coating This alumina-silica based advanced coating is rated for continuous service temperatures up to 2300 °F. Provides excellent adhesion to ceramic fiber blankets, modules and boards and resists wetting ..
Processing Temperature	10.0 - 32.2 °C	50.0 - 90.0 °F	Application Temperature
Aremco Pyro-Paint™ 634-SIC High Temperature Refractory Coating This advanced silicon carbide, water-based coating reduces significantly the oxidation of graphite and carbon components and structures at temperatures to 2550 °F (1400 °C). Provides a hard surfac..
Processing Temperature	10.0 - 32.2 °C	50.0 - 90.0 °F	Application Temperature
Aremco Pyro-Paint™ 634-ZO High Temperature Refractory Coating, ZO >95% This highly-filled zirconium oxide-based coating produces a hard, chemically-resistant protective layer which is stable with aluminum, molybdenum, platinum, rhodium, and titanium. It is ideal for se..
Processing Temperature	10.0 - 32.2 °C	50.0 - 90.0 °F	Application Temperature
Aremco Quartz-Coat™ 845 High Temperature Ceramic-Inorganic Coating Single part, waterborne, silicon-filled, phosphate-bonded, brown-black coating for glass and quartz to 2000 ºF (1093 ºC). Primarily used for marking ceramic parts and coating automotive headlamps..
Processing Temperature	10.0 - 32.2 °C	50.0 - 90.0 °F	Application Temperature
Aremco Ceramacoat™ 845-BLK High Temperature Ceramic-Inorganic Coating Single part, waterborne, silicon-filled, phosphate-bonded, Jet Black coating for glass and quartz to 2000 ºF (1093 ºC). Primarily used for marking ceramic parts and coating automotive headlamps, s..
Processing Temperature	10.0 - 32.2 °C	50.0 - 90.0 °F	Application Temperature
Aremco Ceramacoat™ 845-BLU High Temperature Ceramic-Inorganic Coating Single part, waterborne, silicon-filled, phosphate-bonded, blue coating for glass and quartz to 2000 ºF (1093 ºC). Primarily used for marking ceramic parts and coating automotive headlamps, stadiu..
Processing Temperature	10.0 - 32.2 °C	50.0 - 90.0 °F	Application Temperature
Aremco Ceramacoat™ 845-GDK High Temperature Ceramic-Inorganic Coating Single part, waterborne, silicon-filled, phosphate-bonded, dark green coating for glass and quartz to 2000 ºF (1093 ºC). Primarily used for marking ceramic parts and coating automotive headlamps, ..
Processing Temperature	10.0 - 32.2 °C	50.0 - 90.0 °F	Application Temperature
Aremco Ceramacoat™ 845-GLT High Temperature Ceramic-Inorganic Coating Single part, waterborne, silicon-filled, phosphate-bonded, light-green coating for glass and quartz to 2000 ºF (1093 ºC). Primarily used for marking ceramic parts and coating automotive headlamps,..
Processing Temperature	10.0 - 32.2 °C	50.0 - 90.0 °F	Application Temperature
Aremco Corr-Paint™ CP2010 High Temperature Protective Coating Urethane, Aluminum Filled These epoxy and urethane based coatings are used for producing corrosion and wear resistant barriers to 500°F. Typical applications include tanks, piplines, boilers, precipitators, scrubbers, bag h..
Processing Temperature	10.0 - 32.2 °C	50.0 - 90.0 °F	Application Temperature
Aremco Corr-Paint™ CP2050-XX High Temperature Protective Coating Epoxy-Phenolic, Glass Fiber Filled This epoxy and urethane based coating is used for producing corrosion and wear resistant barriers to 500 °F. Typical applications include tanks, pipelines, boilers, precipitators, scrubbers, bag ho..
Processing Temperature	10.0 - 32.2 °C	50.0 - 90.0 °F	Application Temperature
Aremco Corr-Paint™ CP2070 High Temperature Protective Coating Novolac-Epoxy, Pigment Only Filled Two part, novolac-epoxy with exceptional abrasion adn corrosion resistance for continuous operations to 300°F (150°C) and intermittent use to 400°F (204°C).
Processing Temperature	10.0 - 32.2 °C	50.0 - 90.0 °F	Application Temperature
Aremco Pyro-Paint™ 634-AS1 High Temperature Refractory Coating This alumina-silica based advanced coating is rated for continuous service temperatures up to 2300 °F. Provides excellent adhesion to ceramic fiber blankets, modules and boards and resists wetting ..
Processing Temperature	10.0 - 32.2 °C	50.0 - 90.0 °F	Application Temperature
Aremco Pyro-Paint™ 634-BN High Temperature Refractory Coating This highly-filled boron nitrite solution is extremely lubricious and inert. They are non-wetted by molten salts, glasses, plastics, and most metals including aluminum and magnesium. Select 634-BN f..
Processing Temperature	10.0 - 32.2 °C	50.0 - 90.0 °F	Application Temperature
Aremco Pyro-Paint™ 634-YO High Temperature Refractory Coating, YO >95% This ultra high temperature yttrium oxide coating provides exceptional protection of graphite, ceramic and metal components exposed to reactive molten metals such as titanium, uranium and their allo..