Redwood Plastics Isolation Pad SVI Impact & Vibration Pad

Description
Redco™ S.V.I. Pads Redco™ Shock Vibration Isolation (S.V.I) Pads were developed to control vibration and impact to reduce noise and absorb energy. They lesson the peak forces or shock transmitted into a supporting structure. The S.V.I Pads respond to impact by compressing and bulging. If the shock pads are confined they become incompressible. The freedom to bulge determines the spring effect of the material. The absorbed energy is dissipated in the form of heat. Cost Effective High Quality, elastomeric, polymers/composites Chemical resistant to most oils, greases and solvents Excellent memory, toughness and cut resistance Variable operating temperature -80°F to 210°F Applications: Structural isolation, equipment isolation, bearing mount pads, impact cushions, shock absorbers, etc.
Datasheet
Description
Redco™ S.V.I. Pads Redco™ Shock Vibration Isolation (S.V.I) Pads were developed to control vibration and impact to reduce noise and absorb energy. They lesson the peak forces or shock transmitted into a supporting structure. The S.V.I Pads respond to impact by compressing and bulging. If the shock pads are confined they become incompressible. The freedom to bulge determines the spring effect of the material. The absorbed energy is dissipated in the form of heat. Cost Effective High Quality, elastomeric, polymers/composites Chemical resistant to most oils, greases and solvents Excellent memory, toughness and cut resistance Variable operating temperature -80°F to 210°F Applications: Structural isolation, equipment isolation, bearing mount pads, impact cushions, shock absorbers, etc.
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Isolation Pad - SVI Impact & Vibration Pad - Redwood Plastics
Woodland, WA, USA
Redco™ S.V.I. Pads Redco™ Shock Vibration Isolation (S.V.I) Pads were developed to control vibration and impact to reduce noise and absorb energy. They lesson the peak forces or shock transmitted into a supporting structure. The S.V.I Pads respond to impact by compressing and bulging. If the shock pads are confined they become incompressible. The freedom to bulge determines the spring effect of the material. The absorbed energy is dissipated in the form of heat. Cost Effective High Quality, elastomeric, polymers/composites Chemical resistant to most oils, greases and solvents Excellent memory, toughness and cut resistance Variable operating temperature -80°F to 210°F Applications: Structural isolation, equipment isolation, bearing mount pads, impact cushions, shock absorbers, etc.

Redco™ S.V.I. Pads

Redco™ Shock Vibration Isolation (S.V.I) Pads were developed to control vibration and impact to reduce noise and absorb energy. They lesson the peak forces or shock transmitted into a supporting structure.

The S.V.I Pads respond to impact by compressing and bulging. If the shock pads are confined they become incompressible. The freedom to bulge determines the spring effect of the material. The absorbed energy is dissipated in the form of heat.

  • Cost Effective
  • High Quality, elastomeric, polymers/composites
  • Chemical resistant to most oils, greases and solvents
  • Excellent memory, toughness and cut resistance
  • Variable operating temperature -80°F to 210°F

Applications:

Structural isolation, equipment isolation, bearing mount pads, impact cushions, shock absorbers, etc.

Supplier's Site Datasheet

Technical Specifications

  Redwood Plastics
Product Category Shock Absorbers, Linear Dampers, and Dashpots
Product Number SVI Impact & Vibration Pad
Product Name Isolation Pad
Shock Absorber / Damper Type Elastomeric; Shock Absorber
Dampening Method Mechanical
Absorption / Damping Action Compression
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