NMC Product Catalog - Kirkhill

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Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

NMC Test Product 1

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

NMC Test Product 2

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

NMC Test Product 3

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

NMC Test Product 4

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

NMC Test Product 5

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

NMC Test Product 6

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

NMC Test Product 7

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Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

NMC Test Product 1

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

NMC Test Product 2

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

NMC Test Product 3

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

NMC Test Product 4

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

NMC Test Product 5

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

NMC Test Product 6

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

Kirkhill elastomer fire barriers are based on common silicone chemistry and thus have performance properties typical of silicones. Special formulations are available to withstand service temperatures in the 260°C to 316°C (500°F to 600°F) range. Kirkhill also produces fluorosilicone compounds and fluorocarbon coatings for better chemical resistance. Silicone-based metallic coatings are available for EMI protection while silicone-based paste and paint are at hand for repair of elastomer fire barriers and coating metals, respectively.

NMC Test Product 7