Dyneon Fluoroelastomer

Dyneon FC 2176

Dyneon FC 2174

Packing:25kg/box

Description:

Dyneon Fluoroelastomer FC 2176 is a medium-viscosity copolymer of vinylidene fluoride and hexafluoropropylene with a 65.9% fluorine content. This fluoroelastomer (FKM) is used in compression and transfer molding,as well as extrusion and calendering. It features an incorporated cure technology that may help save you time and increase throughput.

Dyneon Fluoroelastomer FC 2176 is capable of fast cure cycles with excellent processing safety. With attributes that make it suitable for compression and transfer molding, extrusion and calendering, this FKM is good for general use, and ideal for autoclave curing. Plus, its incorporated cure technology may help save you time while processing and increase throughput. Dyneon fluoroelastomer FC 2176 can be compounded using standard water-cooled internal mixers or two-roll mills with standard fillers and ingredients utilized in typical FKM formulations.

Dyneon Fluoroelastomer FC 2177D is a copolymer of vinylidene fluoride and hexafluoropropylene with a fluorine content of 65.9%. This fluoroelastomer (FKM) offers excellent hot tear strength for removing complex parts - such as shaft seals - from mold. Additionally, its incorporated cure technology may help you save time and increase throughput.Dyneon FC 2177D has a number of favorable attributes that make it suitable for use in compression and transfer molding, as well as bonding and calendering. This fluoroelastomer (FKM) offers excellent hot tear strength for removing shaft seals and other complex parts from a mold.

Dyneon fluoroelastomer FC 2177D can be compounded using standard water-cooled internal mixers or two-roll mills with standard fillers and ingredients utilized in typical FKM formulations.

Dyneon Fluoroelastomer FC 2152 is a medium-viscosity copolymer of vinylidene fluoride and hexafluoropropylene with a fluorine content of 65.9%. This fluoroelastomer (FKM) offers excellent demolding of complex geometric profiles. Its incorporated cure technology may help save time and increase throughput.

Dyneon Fluoroelastomer FC 2152 offers excellent demolding of complex geometric profiles, and has many favorable attributes that make it suitable for compression molding, transfer molding and calendering. With its proprietary incorporated cure, you may save time while processing and increase throughput.Dyneon fluoroelastomer FC 2152 can be compounded using standard water-cooled internal mixers or two-roll mills with standard fillers and ingredients utilized in typical fluoroelastomer formulations.

Dyneon Fluoroelastomer FC 2170 is a copolymer of vinylidene fluoride and hexafluoropropylene. It is an intermediate viscosity 66% fluorine copolymer. This product offers excellent chemical and temperature resistance for durability and product longevity.

Dyneon FC 2170 can be compounded using standard water cooled internal mixers or two-roll mills with standard fillers and ingredients utilized in typical fluoroelastomer formulations. The dry ingredients should be blended before adding to the masticated gum.

Dyneon fluoroelastomer FC 2170 has a number of notable features beginning with broad chemical and temperature resistance: -18°C (-0.4°F) to 250°C (482°F). In addition, the proprietary incorporated cure technology may help save time and improve throughput.

Dyneon Fluoroelastomer FC 2174 is a medium-viscosity copolymer of vinylidene fluoride and hexafluoropropylene with a fluorine content of 65.9%. This fluoroelastomer (FKM) offers excellent compression set resistance and can be used for O-rings. Its incorporated cure technology may help save time and increase throughput.

Dyneon Fluoroelastomer FC 2174 boasts many favorable attributes which make it suitable for transfer and compression molding, extrusion and calendering. Plus, its incorporated cure technology may help save you time while processing and increase throughput.

Dyneon FC 2174 can be compounded using standard water-cooled internal mixers or two-roll mills with standard fillers and ingredients utilized in typical fluoroelastomer formulations. The dry ingredients should be blended before adding to the masticated gum. For best results, FC 2174 should be banded on the mill prior to adding the blended dry ingredients. Once mixed, the compounded stocks have good scorch resistance and storage stability.

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