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Silikony Polskie

Specialty ElastomersProduct Families

Silicone Elastomers

15 Products found on Silikony Polskie in Specialty Elastomers

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POLSIL® SOLAR

Polymer Name:Liquid Silicone Rubber (LSR)
Features:Good Thermal Stability

POLSIL® SOLAR is condensation curing, two-component liquid silicone rubber which after the addition of catalystKatalizator Solar cures at room temperature to clear silicone.

POLSIL® MV AB

Polymer Name:Liquid Silicone Rubber (LSR)
Features:Good Thermal Stability

POLSIL® MV AB is addition curing, two-component liquid silicone elastomers which after the addition of a catalyst cures at room temperature. The curing time may be shortened at higher temperature (i.e. up to 6 h at 70°C). The rubber is suitable for protection of electronic and telecommunication systems against influence of external factors and for stiffening and protecting (flooding) photovoltaic cells in solar panels against impact of climatic factors in the conditions of variable temperatures ranging from -50 to +180°C.

POLSIL® GUM 122/60

Polymer Name:Silicone Elastomer
Processing Methods:Compression Molding, Extrusion
End Uses:Gaskets, Profiles, Electrical Insulation, Hoses
Features:Heat Resistance, High Gas Permeability, Durable, Good UV Resistance, Chemical Resistant, Ozone Resistant, Flexible

Polsil® GUM 122/60 is a special grade heat cured elastomer with higher thermal resistance.

POLSIL® GUM 100/40

Polymer Name:Silicone Elastomer
Processing Methods:Compression Molding, Extrusion
End Uses:Shock Absorbing Pads, Hoses
Features:Durable, Good UV Resistance, Chemical Resistant, Ozone Resistant, Flexible, Heat Resistance, High Gas Permeability

Polsil® GUM 100/40 is general purpose heat cured elastomer widely used for molding and extrusion in various industries.

POLSIL® GUM 213/60

Polymer Name:Silicone Elastomer
Processing Methods:Compression Molding, Extrusion
End Uses:Profiles, Gaskets, Electrical Insulation, Hoses
Features:Flexible, High Gas Permeability, Flame Retardant, Good UV Resistance, Ozone Resistant, Heat Resistance, Durable, Chemical Resistant, Non-Flammable

Polsil® GUM 213/60 is a special grade heat cured elastomer designed for flame-retardant applications.

POLSIL® GUM 214/70

Polymer Name:Silicone Elastomer
Processing Methods:Compression Molding, Extrusion
End Uses:Profiles, Gaskets, Electrical Insulation, Hoses
Features:Flexible, High Gas Permeability, Flame Retardant, Good UV Resistance, Ozone Resistant, Heat Resistance, Durable, Chemical Resistant, Non-Flammable

Polsil® GUM 214/70 is a special grade heat cured elastomer designed for flame-retardant applications.

POLSIL® GUM 100/70

Polymer Name:Silicone Elastomer
Processing Methods:Compression Molding, Extrusion
End Uses:Shock Absorbing Pads, Hoses
Features:Durable, Good UV Resistance, Chemical Resistant, Ozone Resistant, Flexible, Heat Resistance, High Gas Permeability

Polsil® GUM 100/70 is general purpose heat cured elastomer widely used for molding and extrusion in various industries.

POLSIL® GUM 210/65

Polymer Name:Silicone Elastomer
Processing Methods:Compression Molding, Extrusion
End Uses:Profiles, Gaskets, Electrical Insulation, Hoses
Features:Flexible, Thermal Shock Resistant, High Gas Permeability, Good UV Resistance, Ozone Resistant, Heat Resistance, Durable, Chemical Resistant

Polsil® GUM 210/65 is a special grade heat cured elastomer with higher thermal resistance.

POLSIL® GUM 100/30

Polymer Name:Silicone Elastomer
Processing Methods:Compression Molding, Extrusion
End Uses:Shock Absorbing Pads, Hoses
Features:Durable, Good UV Resistance, Chemical Resistant, Ozone Resistant, Flexible, Heat Resistance, High Gas Permeability

Polsil® GUM 100/30 is general purpose heat cured elastomer widely used for molding and extrusion in various industries.

POLSIL® GUM 216/75

Polymer Name:Silicone Elastomer
Processing Methods:Compression Molding, Extrusion
End Uses:Speciality Cables
Features:Durable, Good UV Resistance, Chemical Resistant, Non-Flammable, Ozone Resistant, Flexible, Thermal Shock Resistant, Heat Resistance, High Gas Permeability

Polsil® GUM 216/75 is a special grade heat cured elastomer with higher thermal resistance for manufacturing silicone-insulated safety (ceramifying) cables.

POLSIL® GUM 100/60

Polymer Name:Silicone Elastomer
Processing Methods:Compression Molding, Extrusion
End Uses:Shock Absorbing Pads, Hoses
Features:Durable, Good UV Resistance, Chemical Resistant, Ozone Resistant, Flexible, Heat Resistance, High Gas Permeability

Polsil® GUM 100/60 is general purpose heat cured elastomer widely used for molding and extrusion in various industries.

POLASTOSIL® M-2000

Polymer Name:Silicone Elastomer
End Uses:Electric Motor Housings

POLASTOSIL® M-2000 is condensation curing, two-component silicone elastomers, which after the addition of a catalyst (KATALIZATOR OL-1), cures at room temperature. This rubber is used as protection of electric and electronic systems like small engines and transistor systems against influence of external factors such as: humidity, dust, precipitation, etc.

POLSIL® GUM 100/50

Polymer Name:Silicone Elastomer
Processing Methods:Compression Molding, Extrusion
End Uses:Shock Absorbing Pads, Hoses
Features:Durable, Good UV Resistance, Chemical Resistant, Ozone Resistant, Flexible, Heat Resistance, High Gas Permeability

Polsil® GUM 100/50 is general purpose heat cured elastomer widely used for molding and extrusion in various industries.

POLASTOSIL® M-60

Polymer Name:Silicone Elastomer
End Uses:Electric Motor Housings

POLASTOSIL® M-60 is condensation curing, two-component silicone elastomers, which after the addition of a catalyst (KATALIZATOR OL-1), cures at room temperature. This rubber is used as protection of electric and electronic systems like small engines and transistor systems against influence of external factors such as: humidity, dust, precipitation, etc.

POLSIL® MV AB/S

Polymer Name:Liquid Silicone Rubber (LSR)
Features:Good Thermal Stability

POLSIL® MV AB/S is addition curing, two-component liquid silicone elastomers which after the addition of a catalyst cures at room temperature. The curing time may be shortened at higher temperature (i.e. up to 6 h at 70°C). The rubber is suitable for protection of electronic and telecommunication systems against influence of external factors and for stiffening and protecting (flooding) photovoltaic cells in solar panels against impact of climatic factors in the conditions of variable temperatures ranging from -50 to +180°C.