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AP-Silane

Coating ingredients supplied by Advanced Polymer

19 Products match your search

AP-Silane 71

by Advanced Polymer

Nonionic, functional silane coupling agent. Used as a mediator, binding organic to inorganic materials in paints and printing inks. Improves electrical and mechanical strength properties in dry and wet conditions. Provides improved adhesion, increased composite wet and dry tensile and modulus, flexural strength, and wet and dry compressive strength. Possesses compatibility with unsaturated polyester and thermoset composites.

AP-Silane 91

by Advanced Polymer

Methyltriethoxy silane-coupling agent. Used in powders and architectural coatings. Offers improved electrical and mechanical strength properties.

AP-Silane 73

by Advanced Polymer

Nonionic, phenyl functional silane coupling agent. Used as a mediator, binding organic to inorganic materials in paints and printing inks. Improves electrical and mechanical strength properties in dry and wet conditions. Provides improved adhesion, increased composite wet and dry tensile and modulus, flexural strength, and wet and dry compressive strength. Possesses compatibility with phenolic and epoxy resins.

AP-Silane 51T

by Advanced Polymer

Nonionic, epoxy functional silane coupling agent. Provides improved adhesion. Offers increased composite wet and dry tensile and modulus, Possesses increased flexural strength, and wet and dry compressive strength.

AP-Silane 62

by Advanced Polymer

Nonionic, functional silane coupling agent. Used as a mediator, binding organic to inorganic materials in paints and printing inks. Improves electrical and mechanical strength properties in dry and wet conditions. Provides improved adhesion, increased composite wet and dry tensile and modulus, flexural strength, and wet and dry compressive strength. Possesses compatibility with epoxy resins.

AP-Silane 72

by Advanced Polymer

Nonionic, phenyl functional silane coupling agent. Used as a mediator, binding organic to inorganic materials in paints and printing inks. Improves electrical and mechanical strength properties in dry and wet conditions. Provides improved adhesion, increased composite wet and dry tensile and modulus, flexural strength, and wet and dry compressive strength. Possesses compatibility with phenolic and epoxy resins.

AP-Silane 55

by Advanced Polymer

Nonionic, epoxy functional silane coupling agent. Used as a mediator, binding organic to inorganic materials in paints and printing inks. Improves electrical and mechanical strength properties in dry and wet conditions. Provides improved adhesion, increased composite wet and dry tensile and modulus, flexural strength, and wet and dry compressive strength. Possesses compatibility with epoxy, phenolic, melamine and thermoset composites.

AP-Silane 22

by Advanced Polymer

Nonionic, vinyltriethoxy silane coupling agent. Used as a mediator, binding organic to inorganic materials in paints and printing inks. Improves electrical and mechanical strength properties in dry and wet conditions. Provides improved adhesion, increased composite wet and dry tensile and modulus, flexural strength, and wet and dry compressive strength. Recommended for crosslinking polyethylene.

AP-Silane 31

by Advanced Polymer

Nonionic, amino functional silane coupling agent. Used as a mediator, binding organic to inorganic materials in paints and printing inks. Improves electrical and mechanical strength properties in dry and wet conditions. Possesses compatibility with epoxy, phenolic, melamine and furan resins. Provides improved adhesion, increased composite wet and dry tensile, modulus, flexural strength and wet and dry compressive strength.

AP-Silane 32

by Advanced Polymer

Nonionic, amino functional silane coupling agent. Used as a mediator, binding organic to inorganic materials in paints and printing inks. Improves electrical and mechanical strength properties in dry and wet conditions. Possesses compatibility with epoxy, phenolic and melamine resins. Provides improved adhesion, increased composite wet and dry tensile and modulus, flexural strength, and wet and dry compressive strength.
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