kaiflex

Characteristics of Rubber Foam Insulation

kaiflex

Characteristics of Rubber Foam Insulation


NBR rubber foam insulation material implemented with NET&NEP certificate technology for the first time in Korea


Secured stable CLOSED CELL characteristic with low-temperature crosslinking foaming process technology


Through the development of complex flame retardant technology Securing fire safety (FM certificate)


BLACK, RED, GREY
production available


Low thermal conductivity [≦0.035W/(m·K)]
Improves insulation performance and insulation retention


Eco-friendly product that do not contain
harmful substances such as formaldehyde
(UL GREENGUARD GOLD, ECV 2282/2283)


Flexibility, elasticity, and high strength
for convenient construction

NBR rubber foam insulation material implemented with NET&NEP certificate technology for the first time in Korea

Secured stable CLOSED CELL characteristic with low-temperature crosslinking foaming process technology

Through the development of complex flame retardant technology
Securing fire safety (FM certificate)

BLACK, RED, GREY production available

Low thermal conductivity [≦0.035W/(m·K)]
Improves insulation performance and insulation retention

Low thermal conductivity [≦0.035W/(m·K)]
Improves insulation performance and insulation retention

Low thermal conductivity [≦0.035W/(m·K)]
Improves insulation performance and insulation retention

|Insulation performance

  • Low thermal conductivity [≦0.035W/(m·K)]
  • Optimal density [0.048g/㎤]
  • Low thermal conductivity [≦0.035W/(m·K)]
  • Optimal density [0.048g/㎤]

|FLAME RETARDANT

  • KAIFLEX is an eco-friendly and flame retardant product
  • KAIFLEX stably maintains at least 32%, which exceeds the Limit Oxygen Index(LOI), which the international test standard (ISO 4589-2)

|CONDENSATION PREVENTION AND
WATER VAPOR PERMEATION RESISTANCE

  • KAIFLEX is a closed cell structure that has excellent resistance to water vapor permeation.
  • The low moisture permeability coefficient mitigates the degradation of insulation performance over time.