Audited Supplier
THERBAN HNBR
THERBAN 3406
THERBAN 3407
THERBAN 3446
THERBAN 3467
THERBAN 3496
THERBAN 3607
THERBAN 3627
THERBAN 3629
THERBAN 3668 VP
THERBAN 3907
Packing:25kg/carton
Description:
THERBAN 3406, A fully hydrogenated copolymer (less than 1% residual doublebonds), which provides vulcanizates with superior resistance to heat, and excellent resistance to non - polar hydrocarbon fluids including those containing aggressive additives. With this level of unsaturation, compounds can only be vulcanized with peroxides. The incorporation of a crosslinking co-agent is recommended for optimized physical properties of both unaged and aged vulcanizates.
THERBAN 3407, A fully hydrogenated copolymer (less than 1% residual doublebonds), which provides vulcanizates with superior resistance to heat, and excellent resistance to non - polar hydrocarbon fluids including those containing aggressive additives. With this level of unsaturation, compounds can only be vulcanized with peroxides. The incorporation of a crosslinking co-agent is recommended for optimized physical properties of both unaged and aged vulcanizates.
THERBAN 3446, A partially hydrogenated copolymer designed primarily for dynamic applications requiring excellent resistance to heat, and non polar hydrocarbon fluids. Sulfur curing systems are used for improved dynamic properties and adhesion to steel and textile reinforcing materials. However, peroxide/coagent systems can be used for improved resistance to heat and compression set.
THERBAN 3467, A partially hydrogenated copolymer designed primarily for dynamic applications requiring excellent resistance to heat, and non polar hydrocarbon fluids. Sulfur curing systems are used for improved dynamic properties and adhesion to steel and textile reinforcing materials. However, peroxide/coagent systems can be used for improved resistance to heat and compression set.
THERBAN 3496, A partially hydrogenated copolymer designed primarily for dynamic applications requiring excellent resistance to heat, and non polar hydrocarbon fluids. Sulfur curing systems are used for improved dynamic properties and adhesion to steel and textile reinforcing materials. However, peroxide/coagent systems can be used for improved resistance to heat and compression set. Optimal compromise between low temperature, compression set and oil swell resistance.
THERBAN 3607, A fully hydrogenated copolymer (less than 1% residual doublebonds), which provides vulcanizates with superior resistance to heat, and excellent resistance to non - polar hydrocarbon fluids including those containing aggressive additives. With this level of unsaturation, compounds can only be vulcanized with peroxides. The incorporation of a crosslinking co-agent is recommended for optimized physical properties of both unaged and aged vulcanizates.
THERBAN 3627, A partially hydrogenated copolymer designed primarily for applications requiring excellent resistance to heat, and non polar hydrocarbon fluids. Special low RDB - type to increase crosslink density for high modulus and low compression set applications. While sulfur curing systems can be used for improved dynamic properties and adhesion to steel and textile reinforcing materials, peroxide/coagent systems are recommended.
THERBAN 3629, A partially hydrogenated copolymer designed primarily for applications requiring excellent resistance to heat, and non polar hydrocarbon fluids. Special low RDB - type to increase crosslink density for high module and low compression set applications. While sulfur curing systems can be used for improved dynamic properties and adhesion to steel and textile reinforcing materials, peroxide/coagent systems are recommended. High molecular weight provides for capacity of high plasticizer and filler loads.
THERBAN 3668 VP, A partially hydrogenated copolymer designed primarily for dynamic applications requiring excellent resistance to heat, and non polar hydrocarbon fluids. Sulfur curing systems are used for improved dynamic properties and adhesion to steel and textile reinforcing materials. However, peroxide/coagentsystems can be used for improved resistance to heat and compression set.
THERBAN 3907, A fully hydrogenated copolymer (less than 1% residual doublebonds), which provides vulcanizates with superior resistance to heat, and excellent resistance to non - polar hydrocarbon fluids including those containing aggressive additives. With this level of unsaturation, compounds can only be vulcanized with peroxides. The incorporation of a crosslinking co-agent is recommended for optimized physical properties of both unaged and aged vulcanizates.
Overview:
Therban HNBR rubber is a hydrogenated NBR specially designed for demanding applications requiring excellent durability in aggressive environments over a wide temperature range from -40 to 165°C.
Therban is a partially or completely hydrogenated rubber. While all HNBR products exhibit certain characteristics such as strength, heat resistance, and oil resistance superior to standard NBR and other polymers, only Therban offers a selection of grades that will perform well across a range of the most extreme environments.
Therban is already indispensable in automotive systems, oil exploration, mechanical engineering and aerospace.
Therban superior line of fully saturated grades with high heat resistance is suited to seal applications in automotive systems and heavy equipment. High ACN saturated grades are best for low swell and explosive decompression resistance. This also applies to refrigerant applications. Therban LT grades are especially suitable for applications where cold flex cracking is a problem, as in snowmobile belts. Therban partially hydrogenated grades are the right choice in these dynamic applications. Medium-high ACN fully saturated grades are ideal for wire and cable applications. Therban AT grades are especially suited to high hardness roll applications; they combine high modulus and good dynamic properties with low compound viscosity and high abrasion resistance.
We can give discount according to order quantity.
We also have good experience in transportation both by air and ocean to overseas.
