Features and advantages ·Thermal conductivity coefficient: 3.5W ·Thickness of gasket material: 0.508mm/3.175mm ·Flame retardant grade: V-O ·Continuous use temperature: -60 ℃+200 ℃ ·Insulation breakdown voltage: ＞ 5000V ·Highly integrated and maintaining structural integrity with extremely low compressive stress ·Glass fiber reinforced puncture, shear, and tear resistance ·Non fiberglass options for reducing pressure required in applications

Features and advantages ·Thermal conductivity coefficient: 3.0W ·Thickness of gasket material: 0.245mm/3.175mm ·Flame retardant grade: V-O ·Continuous use temperature: -40 ℃+125 ℃ ·Insulation breakdown voltage: ＞ 6000V ·Silicon free formula

Features and advantages ·Thermal conductivity: 2 W ·Silicon free formula ·Minimum compressed set ·0.5mm film provides a non sticky surface ·The tacky side can be handled and placed easily

Features and advantages ·Thermal conductivity: 1.5W ·Thermal impedance: 1.33 ℃ - in2/W (@ 30psi) ·Thickness of gasket material: 0.508mm -5.08mm ·Flame retardant grade: V-O ·Continuous use temperature:? 60℃+200℃ ·Insulation breakdown voltage: ＞ 6000V ·Soft and low hardness

The GapPad 1500R gap pad has the same highly integrated, low modulus polymer, and glass fiber reinforced material treatment is easy to increase the allowable puncture, shear, and tear. The natural nails on both sides of the material allow for good compliance on the mating surface of the parts, further reducing thermal resistance.