Silver coated conductive glass fiber. Available in 1/32" screen size. Application: conductive adhesives, caulks, sealants, putties and gasketing materials, electronic packaging applications... view more

Silver-coated aluminum. Used for electronic packaging applications requiring electromagnetic interference (EMI) shielding properties. Provides very good conductivity. Application : silicone... view more

Silver-coated aluminum. Used for electronic packaging applications requiring electromagnetic interference (EMI) shielding properties. Provides very good conductivity. Application : silicone... view more

Silver-coated aluminum. Used for electronic packaging applications requiring electromagnetic interference (EMI) shielding properties. Provides very good conductivity. Application : silicone... view more

Silver-coated copper. Possesses very good shielding characteristics, high conductivity and good stability in most resin systems. Designed for end-use electronic packaging applications that require... view more

Silver-coated copper. Possesses very good shielding characteristics, high conductivity and good stability in most resin systems. Designed for end-use electronic packaging applications that require... view more

Silver-coated copper. Possesses very good shielding characteristics, high conductivity and good stability in most resin systems. Designed for end-use electronic packaging applications that require... view more

Silver-coated nickel. Used for applications requirring high electrical conductivity and stability. Application: silicone gasket, conductive adhesives and epoxies, electronic packaging applications... view more

Conductive, hollow ceramic. Possesses low density, lightweight, chemically inertness and very good physical and electrical properties. Enhances dispersion and rheology of resin matrix. Used as... view more

Conductive, hollow ceramic. Possesses low density, lightweight, chemically inertness and very good physical and electrical properties. Enhances dispersion and rheology of resin matrix. Used as... view more

Silver-coated solid glass. Possesses low density, reduced weight. Offers the conductive and shielding properties of pure silver and silver-coated metallic particles at a fraction of their cost and... view more

Silver-coated solid glass. Possesses low density, reduced weight. Offers the conductive and shielding properties of pure silver and silver-coated metallic particles at a fraction of their cost and... view more

Silver-coated solid glass. Possesses low density, reduced weight. Offers the conductive and shielding properties of pure silver and silver-coated metallic particles at a fraction of their cost and... view more

Silver-coated solid glass. Possesses low density, reduced weight. Offers the conductive and shielding properties of pure silver and silver-coated metallic particles at a fraction of their cost and... view more

Silver-coated solid glass. Possesses low density, reduced weight. Offers the conductive and shielding properties of pure silver and silver-coated metallic particles at a fraction of their cost and... view more

Silver-coated solid glass. Possesses low density, reduced weight. Offers the conductive and shielding properties of pure silver and silver-coated metallic particles at a fraction of their cost and... view more

Silver-coated solid glass. Possesses low density, reduced weight. Offers the conductive and shielding properties of pure silver and silver-coated metallic particles at a fraction of their cost and... view more

Silver-coated solid glass. Possesses low density, reduced weight. Offers the conductive and shielding properties of pure silver and silver-coated metallic particles at a fraction of their cost and... view more

Silver-coated solid glass. Possesses low density, reduced weight. Offers the conductive and shielding properties of pure silver and silver-coated metallic particles at a fraction of their cost and... view more

Silver-coated solid glass. Possesses low density, reduced weight. Offers the conductive and shielding properties of pure silver and silver-coated metallic particles at a fraction of their cost and... view more

Silver-coated solid glass. Possesses low density, reduced weight. Offers the conductive and shielding properties of pure silver and silver-coated metallic particles at a fraction of their cost and... view more

Silver-coated glass grains. Possesses high conductivity and shielding effectiveness of silver with the lightweight properties of glass. Provides good conductivity at relatively low loading... view more

Silver-coated glass fiber. Possesses high conductivity and shielding effectiveness of silver with the lightweight properties of glass. Provides good conductivity at relatively low loading... view more

Silver-coated glass fiber. Possesses high conductivity and shielding effectiveness of silver with the lightweight properties of glass. Provides good conductivity at relatively low loading... view more

Silver-coated hollow glass. Possesses low density, lightweight conductive properties, very good adhesion of silver to the surface of glass and glass core which is virtually chemically inert... view more

Silver-coated hollow glass. Possesses low density, lightweight conductive properties, very good adhesion of silver to the surface of glass and glass core which is virtually chemically inert... view more

Silver-coated hollow glass. Possesses low density, lightweight conductive properties, very good adhesion of silver to the surface of glass and glass core which is virtually chemically inert... view more

Silver-coated conductive mica. Offers a light-weight cost effective alternative to pure silver. Possesses low density. Creates an intimate particle contact resulting in low loading... view more

Silver-coated hollow glass sphere. Possesses low-density and high conductive properties. Application: adhesive and gasket applications (approved for military gasketing; electronic packaging... view more

Soda-lime glass. Provides very low oil absorption and nonporosity. Does not absorb resin in a polymer system. Satisfactory in most thermoset and thermoplastic resin systems. Recommended when better... view more

Soda-lime glass. Provides very low oil absorption and nonporosity. Does not absorb resin in a polymer system. Satisfactory in most thermoset and thermoplastic resin systems. Recommended when better... view more

Soda-lime glass. Provides very low oil absorption and nonporosity. Does not absorb resin in a polymer system. Satisfactory in most thermoset and thermoplastic resin systems. Recommended when better... view more

Soda-lime glass. Provides very low oil absorption and nonporosity. Does not absorb resin in a polymer system. Satisfactory in most thermoset and thermoplastic resin systems. Recommended when better... view more

Soda-lime glass. Provides very low oil absorption and nonporosity. Does not absorb resin in a polymer system. Satisfactory in most thermoset and thermoplastic resin systems. Recommended when better... view more

Soda-lime glass. Provides very low oil absorption and nonporosity. Does not absorb resin in a polymer system. Satisfactory in most thermoset and thermoplastic resin systems. Recommended when better... view more

Soda-lime glass. Provides very low oil absorption and nonporosity. Does not absorb resin in a polymer system. Satisfactory in most thermoset and thermoplastic resin systems. Recommended when better... view more

Borosilicate glass, similar to fiberglass. Provides very low oil absorption and nonporosity. Does not absorb resin in a polymer system. Satisfactory in most thermoset and thermoplastic resin... view more

Borosilicate glass, similar to fiberglass. Provides very low oil absorption and nonporosity. Does not absorb resin in a polymer system. Satisfactory in most thermoset and thermoplastic resin... view more