Stabilization, shimming and acoustic comfort for slab terraces
- Compensates for flatness defects and takes up play
- Improves slab stability
- Reduces vibrations and acoustic nuisances
- Allows precise and adaptable shimming according to needs
- Compatible with Grad rail and slab systems
- Simple and quick solution to implement
Technical specifications
Grad® shimming and damping solutions include the Foam Cushioning Pad, the Shock absorbing cushion and the slab support, designed to optimize the stability and comfort of slab terraces.
These complementary elements make it possible to compensate for irregularities, take up play, improve the seating of the slabs and limit vibrations or noise pollution.
Adapted to different installation configurations, they ensure reliable, durable and precise implementation, while contributing to the overall quality of the work.
| Material | Foam Cushioning Pad: PERL 50VA foam Shock absorbing cushion: agglomerated rubber (PUR) Slab support: polypropylene + 20% talc |
|---|---|
| Weight | Foam Cushioning Pad: 4.4 g Shock absorbing cushion: 5.4 g Slab support: 15.62 g |
| Packaging | Foam Cushioning Pad: 100 pieces / bag Shock absorbing cushion: 100 pieces / bag Slab support: 100 pieces / carton |
| Dimensions | Foam Cushioning Pad: 62 x 62 x 4 mm Shock absorbing cushion: 62 x 62 x 2 mm Slab support: 62 x 62 mm – height 10 mm |
| Color | Black / anthracite |
STABILITY
Improves slab seating and secures the structure.
CONFORT
Reduces vibrations and noise for better user comfort.
ADAPTABILITY
Allows precise adjustment thanks to the complementarity of shimming solutions
Instructions for use
Designed to facilitate installation, slab supports, damping Rubber pad and damping pads can be installed in a few moments.
Simply check the installation direction of the support before positioning it on the rail. No screwing is required to ensure its hold.
In certain particular cases, especially when the slab support is cut at the end of the terrace, an additional screw can be added to secure its positioning.