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Description
Additives
A red, 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
Consists of pigment dispersed in a vinyl-functional silicone polymer which covalently bonds into the matrix of platinum-cured silicone systems
Adhesives/Sealants - Medtech
One-part, solvent-free silicone
Cures at room temperature upon exposure to atmospheric moisture
Cures at room temperature upon exposure to atmospheric moisture
Adhesives/Sealants - Medtech
Two-part, translucent, thixotropic, high tear strength silicone systems
MED1-4213 and MED3-4213 cure at room temperature and all three cure rapidly with the application of heat in an oven, or by a heat gun or lamp
Many bonding applications do not require the use of a silicone primer for suitable adhesion
Tin-free, does not require atmospheric moisture to cure
No curing byproducts such as acetic acid or methyl alcohol
MED1-4213 and MED3-4213 cure at room temperature and all three cure rapidly with the application of heat in an oven, or by a heat gun or lamp
Many bonding applications do not require the use of a silicone primer for suitable adhesion
Tin-free, does not require atmospheric moisture to cure
No curing byproducts such as acetic acid or methyl alcohol
Liquid Silicone Rubbers - Medtech
Two-part, translucent silicone system designed for use with injection molding equipment
Cures with heat via addition-cure chemistry
1:1 Mix Ratio (Part A: Part B)
Cures with heat via addition-cure chemistry
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 )
Low Viscosity Elastomers - Medtech
Two-part, pourable, optically clear, silicone elastomer
Cures with heat via addition-cure chemistry
1:1 Mix Ratio (Part A: Part B)
Cures with heat via addition-cure chemistry
1:1 Mix Ratio (Part A: Part B)
Additives
A black, 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
Consists of pigment dispersed in a vinyl-functional silicone polymer which covalently bonds into the matrix of platinum-cured silicone systems
Additives
A 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
Consists of pigment dispersed in a vinyl-functional silicone polymer which covalently bonds into the matrix of platinum-cured silicone systems
Primers - Medtech
Specially formulated primer
One-component primer supplied in VM&P Naphtha requires no mixing
Easy to use, air-drying, one-part primer designed for use with platinum-cured systems where conventional silicone primers are insufficient
Flash Point (TCC) of 17°C (63°F)
Convenient container sizes yield less waste
One-component primer supplied in VM&P Naphtha requires no mixing
Easy to use, air-drying, one-part primer designed for use with platinum-cured systems where conventional silicone primers are insufficient
Flash Point (TCC) of 17°C (63°F)
Convenient container sizes yield less waste
Primers - Medtech
Specially formulated primer
One component primer supplied in VM&P Naphtha requires no mixing
Easy to use, air-drying, one-part primer designed for use with platinum-cured systems where conventional silicone primers are insufficient
Flash Point (TCC) of 17°C (63°F)
Convenient container sizes yield less waste
One component primer supplied in VM&P Naphtha requires no mixing
Easy to use, air-drying, one-part primer designed for use with platinum-cured systems where conventional silicone primers are insufficient
Flash Point (TCC) of 17°C (63°F)
Convenient container sizes yield less waste