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Adhesives/Sealants - Medtech8Additives37Coatings/Dispersions - Medtech15Fluids - Medtech4Foams - Medtech1Inks - Medtech6High Consistency Rubbers - Medtech31Low Viscosity Elastomers - Medtech12Liquid Silicone Rubbers - Medtech17Primers - Medtech9Pressure Sensitive Adhesives - Medtech3Soft Silicone Adhesives5Greases - Medtech4
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Product Type
Description
Coatings/Dispersions - Medtech
One-part acetoxy cured silicone elastomer dispersed in TertButyl Acetate
Cures to a thin silicone film that decreases the coefficient of friction (CoF) compared to the uncoated silicone and increases abrasion resistance for moving, sliding, and rubbing parts
A non-blocking topcoat for silicone surfaces that is easy to clean and prevents the accumulation of dirt, dust and foreign debris
Cures at room temperature upon exposure to atmospheric moisture
Cures to a thin silicone film that decreases the coefficient of friction (CoF) compared to the uncoated silicone and increases abrasion resistance for moving, sliding, and rubbing parts
A non-blocking topcoat for silicone surfaces that is easy to clean and prevents the accumulation of dirt, dust and foreign debris
Cures at room temperature upon exposure to atmospheric moisture
Coatings/Dispersions - Medtech
Two-part silicone elastomer dispersed in xylene
Cures to a thin silicone film that decreases the coefficient of friction (CoF) compared to the uncoated silicone and increases abrasion resistance for moving, sliding, and rubbing parts
Cures via addition-cure chemistry
1:1 Mix Ratio (Part A: Part B)
Cures to a thin silicone film that decreases the coefficient of friction (CoF) compared to the uncoated silicone and increases abrasion resistance for moving, sliding, and rubbing parts
Cures via addition-cure chemistry
1:1 Mix Ratio (Part A: Part B)
Coatings/Dispersions - Medtech
One-part, 100 mol % fluorosilicone, RTV elastomer dispersed in Tert-Butyl Acetate
Coatings/Dispersions - Medtech
Two-part silicone dispersion
Cures via addition-cure chemistry
1:1 Mix Ratio (Part A: Part B)
Cures via addition-cure chemistry
1:1 Mix Ratio (Part A: Part B)
Coatings/Dispersions - Medtech
High Strength, one-part, flowable RTV silicone dispersion
Cures at room temperature upon exposure to atmospheric moisture
Cures at room temperature upon exposure to atmospheric moisture
Coatings/Dispersions - Medtech
One-part RTV silicone elastomer dispersed in xylene.
Cures at room temperature upon exposure to atmospheric moisture
Cures at room temperature upon exposure to atmospheric moisture
Coatings/Dispersions - Medtech
A one-part, RTV silicone dispersion
Cures at room temperature upon exposure to atmospheric moisture
Cures at ambient room temperature and adheres to various substrates
Cures at room temperature upon exposure to atmospheric moisture
Cures at ambient room temperature and adheres to various substrates
Coatings/Dispersions - Medtech
Two-part, heat curable silicone disperson
Cures via addition-cure chemistry
1:1 Mix Ratio (Part A: Part B)
Cures via addition-cure chemistry
1:1 Mix Ratio (Part A: Part B)
Coatings/Dispersions - Medtech
Cures via addition-cure chemistry
1:1 Mix Ratio (Part A: Part B)
1:1 Mix Ratio (Part A: Part B)
Coatings/Dispersions - Medtech
One-part, silicone dispersion containing high molecular weight hydroxyl-functional silicone polymer dispersed in xylene Non-curing
Coatings/Dispersions - Medtech
One-part, amino-functional silicone dispersed in xylene
Cures at room temperature upon exposure to atmospheric moisture
Cures at room temperature upon exposure to atmospheric moisture
Coatings/Dispersions - Medtech
One-part, dispersion containing amino-functional silicone dispersed in a mixture of aliphatic or isopropanol solvents
Good adhesion to metal substrates
Cures at room temperature upon exposure to atmospheric moisture
Good adhesion to metal substrates
Cures at room temperature upon exposure to atmospheric moisture
Additives
A translucent violet, single component masterbatch, with the consistency of a low viscosity paste
Consists of pigment dispersed in a vinyl-functional silicone polymer which covalently bonds into the matrix of platinum-cured silicone systems
Supported by USP Class VI and ISO 10993 Biological testing (reference Biological Testing Data Table)
Consists of pigment dispersed in a vinyl-functional silicone polymer which covalently bonds into the matrix of platinum-cured silicone systems
Supported by USP Class VI and ISO 10993 Biological testing (reference Biological Testing Data Table)
Additives
A translucent green, single component masterbatch, with the consistency of a low viscosity paste
Consists of pigment dispersed in a vinyl-functional silicone polymer which covalently bonds into the matrix of platinum-cured silicone systems
Supported by USP Class VI and ISO 10993 Biological testing (reference Biological Testing Data Table)
Consists of pigment dispersed in a vinyl-functional silicone polymer which covalently bonds into the matrix of platinum-cured silicone systems
Supported by USP Class VI and ISO 10993 Biological testing (reference Biological Testing Data Table)
Additives
A translucent blue, single component masterbatch, with the consistency of a low viscosity paste
Consists of pigment dispersed in a vinyl-functional silicone polymer which covalently bonds into the matrix of platinum-cured silicone systems
Supported by USP Class VI and ISO 10993 Biological testing (reference Biological Testing Data Table)
Consists of pigment dispersed in a vinyl-functional silicone polymer which covalently bonds into the matrix of platinum-cured silicone systems
Supported by USP Class VI and ISO 10993 Biological testing (reference Biological Testing Data Table)
Additives
A translucent dark blue, single component masterbatch, with the consistency of a low viscosity paste
Consists of pigment dispersed in a vinyl-functional silicone polymer which covalently bonds into the matrix of platinum-cured silicone systems
Supported by USP Class VI and ISO 10993 Biological testing (reference Biological Testing Data Table)
Consists of pigment dispersed in a vinyl-functional silicone polymer which covalently bonds into the matrix of platinum-cured silicone systems
Supported by USP Class VI and ISO 10993 Biological testing (reference Biological Testing Data Table)