IBH Advance Material Technology

FEATURES & BENEFITS
• Thermal conductivity 5.0W/m·K & 8.0W/m·K
• Fiberglass reinforced for shear and tear resistance
• Non-fiberglass option for applications that require an additional reduction in stress
• Naturally tacky & re-workable
• Super Soft and compliant

FEATURES & BENEFITS
·   Thermal conductivity 1.2~1.5 W/m.K
·   Highly conformable, low hardness
·   “Gel-like” modulus
·   Electrically isolating
·   Decreased strain
·   Enhanced puncture, shear and tear resistant

FEATURES & BENEFITS
·   Thermal conductivity 1.2~1.5 W/m.K
·   Highly conformable, low hardness
·   “Gel-like” modulus
·   Electrically isolating
·   Decreased strain
·   Enhanced puncture, shear and tear resistant

FEATURES & BENEFITS
·   Thermal conductivity 1.0~1.5 W/m.K
·   Operates at low pressure
·   Soft and compliable
·   Electrically isolating
·   Low volatile of siloxane for silicone sensitive appliations

FEATURES & BENEFITS
·   Thermal conductivity 1.5 W/m.K
·   Polyimide film reinforced for meeting higher insulation
·   Conformable, low hardness
·   Abrasion resistance

FEATURES & BENEFITS
·   Thermal conductivity 1.2~1.5 W/m.K
·   Highly conformable, low hardness
·   “Gel-like” modulus
·   Electrically isolating
·   Decreased strain
·   Enhanced puncture, shear and tear resistant