Anti Vibration Pad

Specifications

anti vibration pad
1. Impact sound reduction: 23dB
2. Perfect vibration reduction effect
3. High cost-performance

Our company will attend the International Builders’ Show (IBS) during February 4-6, 2014 in Las Vegas.

 

We hereby warmly invites you to visit our stall at your convenience. Our stall No. is C7709 in Central Hall. It would certainly be our pleasure to meet you and have the opportunity to exchange ideas.

 

Anti Vibration Pad

Product property:
1. Good vibration reduction effect, it is the material of floating floor with high cost-effective
2. Add one layer of 11mm thickness vibration reduction pad and cover 40mm thickness protection layer of fine sand reinforced concrete on the vibration reduction pad, floor impact sound can be reduced by 23dB
3. Can be cut arbitrarily, simple construction
4. Nontoxic, aging resistance, dampproof and anti-moth
5. Install wood floor, floor tiles and carpets directly on the surface

Product specification
Standard size: 50000×1000×11mm (length and width size±30mm )
Surface density: 0.6kg/m2

Application place:
residence, hotel, schools, conference hall, night club, ballroom, hospital, theater, office building, recording room, studio, industrial workshop

Construction method:
1. Basic preparation: floor slab must be smooth, if it is unsmooth, must use fine mortar to fill in
2. Pave noise insulation floor: pave noise insulation floor completely, fully pave the noise insulation floor on the four sides wall foot (50-60mm height) in order to prevent forming acoustic bridge between protection layer, decoration layer and wall surface. Use the PVC adhesive belt to fix the lap joint of noise insulation floors
3. Construction of concrete protection layer: must pay attention to the lap joint of noise insulation floor so that to avoid tearing joint
4. Use skirting line to press the noise insulation in four sides

The use effect:
The noise insulation index of floor slab is improved greatly, footstep from upstairs and the impact sound are eliminated

Structure of the floor: