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Product Type
Description
High Consistency Rubbers - Medtech
Two-part, high tear strength silicone elastomer
Soft silicone
Cures with heat via addition-cure chemistry
Has a non-tacky surface and no volatile by-products or peroxide residues
Strained through a 400-mesh screen (minimum)
1:1 Mix Ratio (Part A: Part B)
Soft silicone
Cures with heat via addition-cure chemistry
Has a non-tacky surface and no volatile by-products or peroxide residues
Strained through a 400-mesh screen (minimum)
1:1 Mix Ratio (Part A: Part B)
High Consistency Rubbers - Medtech
A unique three-part system, VersaSil3 offers the flexibility of adjustable cure rate and table life for various fabrication requirements
High tear strength, wide processing parameters, and translucent, non-tacky surfaces
Developed to be compounded with the inhibitor CAT-40 and the platinum catalyst CAT-55. Advantages include: no volatile by-products, lower cure temperature, and optional post-cure
100: 1.0: 1.0 Mix Ratio
High tear strength, wide processing parameters, and translucent, non-tacky surfaces
Developed to be compounded with the inhibitor CAT-40 and the platinum catalyst CAT-55. Advantages include: no volatile by-products, lower cure temperature, and optional post-cure
100: 1.0: 1.0 Mix Ratio
High Consistency Rubbers - Medtech
High tensile strength, low modulus high consistency silicone rubber
Low tensile set and low hysteresis qualities
Cures with heat via addition-cure chemistry
1:1 Mix Ratio (Part A: Part B)
Low tensile set and low hysteresis qualities
Cures with heat via addition-cure chemistry
1:1 Mix Ratio (Part A: Part B)
High Consistency Rubbers - Medtech
Two-part, low tension set silicone elastomer
Cures with heat via addition-cure chemistry
Has a non-tacky surface and no volatile by-products or peroxide residues
Strained through a 400-mesh screen (minimum)
1:1 Mix Ratio (Part A: Part B)
Cures with heat via addition-cure chemistry
Has a non-tacky surface and no volatile by-products or peroxide residues
Strained through a 400-mesh screen (minimum)
1:1 Mix Ratio (Part A: Part B)
High Consistency Rubbers - Medtech
Two-part, high tear strength silicone elastomer
Cures with heat via addition-cure chemistry
Has a non-tacky surface and no volatile by-products or peroxide residues
Strained through a 400-mesh screen (minimum)
1:1 Mix Ratio (Part A: Part B)
Cures with heat via addition-cure chemistry
Has a non-tacky surface and no volatile by-products or peroxide residues
Strained through a 400-mesh screen (minimum)
1:1 Mix Ratio (Part A: Part B)
High Consistency Rubbers - Medtech
Two-part, high tear strength silicone elastomer
Cures with heat via addition-cure chemistry
Has a non-tacky surface and no volatile by-products or peroxide residues
Strained through a 400-mesh screen (minimum)
1:1 Mix Ratio (Part A: Part B)
Cures with heat via addition-cure chemistry
Has a non-tacky surface and no volatile by-products or peroxide residues
Strained through a 400-mesh screen (minimum)
1:1 Mix Ratio (Part A: Part B)
High Consistency Rubbers - Medtech
Uncatalyzed high consistency elastomer
Catalyze with various peroxides to form a medium durometer rubber
Strained through a 400-mesh screen (minimum)
Catalyze with various peroxides to form a medium durometer rubber
Strained through a 400-mesh screen (minimum)
Gels - Medtech
A high purity, clear silicone gel manufactured under controlled conditions
Resists fracturing under stress
Easy mixing, two-component, low viscosity system
1:1 Mix Ratio (Part A: Part B)
Alternate mix ratios may be considered to adjust penetration
Resists fracturing under stress
Easy mixing, two-component, low viscosity system
1:1 Mix Ratio (Part A: Part B)
Alternate mix ratios may be considered to adjust penetration
Gels - Medtech
A high purity, clear silicone gel manufactured under controlled conditions
Resists fracturing under stress
Easy mixing, two-component, low viscosity system
3:1 Mix Ratio (Part A: Part B)
Alternate mix ratios may be considered to adjust penetration
Resists fracturing under stress
Easy mixing, two-component, low viscosity system
3:1 Mix Ratio (Part A: Part B)
Alternate mix ratios may be considered to adjust penetration
Gels - Medtech
A high purity, clear silicone gel manufactured under controlled conditions
Easy mixing two-component, low viscosity system
3:1 Mix Ratio (Part A: Part B)
Easy mixing two-component, low viscosity system
3:1 Mix Ratio (Part A: Part B)
Gels - Medtech
A high purity, clear silicone gel manufactured under controlled conditions
Easy mixing two-component, low viscosity system
1:1 Mix Ratio (Part A: Part B )
Easy mixing two-component, low viscosity system
1:1 Mix Ratio (Part A: Part B )
Gels - Medtech
A high purity, clear silicone gel manufactured under controlled conditions
Easy mixing two-component, low viscosity system
1:1 Mix Ratio (Part A: Part B)
Easy mixing two-component, low viscosity system
1:1 Mix Ratio (Part A: Part B)
Foams - Medtech
Two-part, room temperature curing, silicone foam
Platinum cure
No odor
Yields a low density silicone foam when catalyzed
1:1 Mix Ratio (Part A: Part B)
Platinum cure
No odor
Yields a low density silicone foam when catalyzed
1:1 Mix Ratio (Part A: Part B)
Foams - Medtech
Two-part, room temperature curing, silicone foam
Platinum cure
Yields a low density silicone foam when catalyzed
1:1 Mix Ratio (Part A: Part B)
Platinum cure
Yields a low density silicone foam when catalyzed
1:1 Mix Ratio (Part A: Part B)
Greases - Medtech
A high consistency dimethyl silicone grease
Non-curing
Available in a variety of packaging options for convenient dispensing and application
Non-curing
Available in a variety of packaging options for convenient dispensing and application
Greases - Medtech
A medium consistency dimethyl silicone grease
Non-curing
Available in a variety of packaging options for convenient dispensing and application
Non-curing
Available in a variety of packaging options for convenient dispensing and application