Regufoam® Vibration Isolation

Regufoam® vibration is a mixed cell polyurethane foam for vibration isolation. It is available in 12 different qualities.

• permanent static load 0.011 N/mm² • optimum load range 0.004 - 0.011 N/mm² • tensile strength 0.31 N/mm² • mechanical loss factor 0.28 • static modulus of elasticity 0.06 - 0.16 N/mm² • dynamic modulus of elasticity 0.15 - 0.38 N/mm² • compression hardness 14 kPa • fire behaviour B2, E
Areas of application
Vibration isolation and decoupling of structure-borne sound for low permanent loads
• permanent static load 0.018 N/mm² • optimum load range 0.011 - 0.018 N/mm² • tensile strength 0.4 N/mm² • mechanical loss factor 0.25 • static modulus of elasticity 0.1 - 0.25 N/mm² • dynamic modulus of elasticity 0.25 - 0.55 N/mm² • compression hardness 22 kPa • fire behaviour B2, E
Areas of application
Vibration isolation and decoupling of structure-borne sound for low permanent loads
• permanent static load 0.028 N/mm² • optimum load range 0.018 - 0.028 N/mm² • tensile strength 0.5 N/mm² • mechanical loss factor 0.22 • static modulus of elasticity 0.15 - 0.35 N/mm² • dynamic modulus of elasticity 0.35 - 0.72 N/mm² • compression hardness 22 kPa • fire behaviour B2, E
Areas of application
Vibration isolation and decoupling of structure-borne sound for low permanent loads
• permanent static load 0.042 N/mm² • optimum load range 0.028 - 0.042 N/mm² • tensile strength 0.9 N/mm² • mechanical loss factor 0.20 • static modulus of elasticity 0.25 - 0.45 N/mm² • dynamic modulus of elasticity 0.60 - 1.05 N/mm² • compression hardness 63 kPa • fire behaviour B2, E
Areas of application
Vibration isolation and decoupling of structure-borne sound for low permanent loads
• permanent static load 0.055 N/mm² • optimum load range 0.042 - 0.055 N/mm² • tensile strength 1.2 N/mm² • mechanical loss factor 0.18 • static modulus of elasticity 0.35 - 0.58 N/mm² • dynamic modulus of elasticity 0.68 - 1.25 N/mm² • compression hardness 82 kPa • fire behaviour B2, E
Areas of application
Vibration isolation and decoupling of structure-borne sound for low permanent loads
• permanent static load 0.11 N/mm² • optimum load range 0.055 - 0.11 N/mm² • tensile strength 1.5 N/mm² • mechanical loss factor 0.17 • static modulus of elasticity 0.6 - 1.0 N/mm² • dynamic modulus of elasticity 1.2 - 2.0 N/mm² • compression hardness 170 kPa • fire behaviour B2, E
Areas of application
Vibration isolation and decoupling of structure-borne sound for medium permanent loads
• permanent static load 0.22 N/mm² • optimum load range 0.11 - 0.22 N/mm² • tensile strength 2.4 N/mm² • mechanical loss factor 0.15 • static modulus of elasticity 1.1 - 1.7 N/mm² • dynamic modulus of elasticity 2.2 - 3.7 N/mm² • compression hardness 330 kPa • fire behaviour B2, E
Areas of application
Vibration isolation and decoupling of structure-borne sound for medium permanent loads
• permanent static load 0.30 N/mm² • optimum load range 0.22 - 0.30 N/mm² • tensile strength 2.9 N/mm² • mechanical loss factor 0.14 • static modulus of elasticity 2.6 - 2.9 N/mm² • dynamic modulus of elasticity 5.3 - 6.5 N/mm² • compression hardness 620 kPa • fire behaviour B2, E
Areas of application
Vibration isolation and decoupling of structure-borne sound for medium permanent loads
• permanent static load 0.45 N/mm² • optimum load range 0.30 - 0.45 N/mm² • tensile strength 3.6 N/mm² • mechanical loss factor 0.12 • static modulus of elasticity 3.8 - 4.1 N/mm² • dynamic modulus of elasticity 7.0 - 10.0 N/mm² • compression hardness 840 kPa • fire behaviour B2, E
Areas of application
Vibration isolation and decoupling of structure-borne sound for high permanent loads
• permanent static load 0.60 N/mm² • optimum load range 0.45 - 0.60 N/mm² • tensile strength 4.0 N/mm² • mechanical loss factor 0.11 • static modulus of elasticity 4.3 - 5.9 N/mm² • dynamic modulus of elasticity 8.9 - 13.0 N/mm² • compression hardness 1050 kPa • fire behaviour B2, E
Areas of application
Vibration isolation and decoupling of structure-borne sound for high permanent loads
• permanent static load 0.85 N/mm² • optimum load range 0.60 - 0.85 N/mm² • tensile strength 4.6 N/mm² • mechanical loss factor 0.10 • static modulus of elasticity 5.4 - 8.0 N/mm² • dynamic modulus of elasticity 11.0 - 16.5 N/mm² • compression hardness 1241 kPa • fire behaviour B2, E
Areas of application
Vibration isolation and decoupling of structure-borne sound for high permanent loads
• permanent static load 2.50 N/mm² • optimum load range 0.85 - 2.50 N/mm² • tensile strength 6.9 N/mm² • mechanical loss factor 0.09 • static modulus of elasticity 20.0 - 78.0 N/mm² • dynamic modulus of elasticity 41.0 - 160.0 N/mm² • compression hardness 3640 kPa • fire behaviour B2, E
Areas of application
Vibration isolation and decoupling of structure-borne sound for very high permanent loads