33 mm Barriered Bondex Foam 150dns 100x100 cm (TSE Certified Pro)
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- Product Name: 33 mm Barriered Bondex Foam 150 Dns 100cm x 100cm (1m²)
- A Quality / 1st Class
- Min. Order Quantity: 4 Pieces
- Product Size: 100cm X 100cm
- Product Thickness : 33 MM
- Sound and Non-Flammability Code: TS EN 13501-1 2019-12 – TS EN ISO 11925-2
- TSE Class – Sound Report: TSE EN ISo 10534-2 : 2003-04
- Non-Flammability Class: TSE E Class
- Temperature / Pressure: 22.8/100.5
- Hardness (DNS): ISO 868: 130-150 DNS
- There is No Return Process for This Product
33 mm Barriered bondex sponge, is used to prevent sounds from leaking out of a place or to block sounds from entering a place from the outside environment. The barriered bondex is created from the combination of three high-density sound-blocking materials. The sound insulation performance of this material is excellent. Barriered bondex is a negative and positive sound insulation material formed by gluing 3 special layers together. First, a PVC heavy layer sound insulation barrier is glued onto 2 cm bondex, then another 1 cm bondex is added on top to complete it. This sound insulation material is an ideal solution for both residential and commercial spaces. If you are looking for the best performance in sound insulation, barriered bondex will be the right choice for you. With its high sound-blocking features and durability, it guarantees silence in your space. Contact us for more information about barriered bondex and to purchase.
What is 33 mm Barriered Bondex Sponge
What is 33 mm Barriered bondex sponge, the weight of the material is 6.5Kg/1m². Barriered bondex sponge provides much higher sound insulation compared to other products. Thanks to its flexible structure, barriered bondex can be easily applied to indented and protruding surfaces. Barriered bondex sponge has the greatest feature of negative sound insulation, meaning its ability to block external sounds. You can safely use this product in many areas where sound insulation is required, such as blocking sounds from other apartments in buildings, sound insulation of waste water pipes, elevator rooms, sound insulation in studios, and many more. Barriered bondex is the best sound insulation material in the sound insulation sector, and compared to other materials (50 dns) it has been proven to be equal to 30 cm acoustic sponge and 30 cm normal bondex. The standard size of the Barriered Bondex sound insulation product is 100×100 cm. Prices are determined according to the square meter of the area to be applied. Bondex quality has taken its place at the top of all sound insulation products with its difference and quality.How to Apply 33 mm Barriered Bondex Sponge
How to Apply Barriered Acoustic Bondex Sponge, it is generally applied to walls, ceilings or floors for sound insulation purposes. It is important to apply the sponge correctly and effectively to ensure sound insulation. Here are the steps on how to apply the 33 mm barriered Bondex sound insulation sponge:
Materials:
- 33 mm Barriered acoustic bondex sound insulation sponge
- Adhesive (preferably acoustic sponge adhesive or a non-solvent-based adhesive)
- Scissors or knife
- Measuring tape
- Pin or dowel (optional, for wall suspension method)
- Staple gun (optional, for wall suspension method)
Step 1: Preparation
- Make sure the surface to be applied is clean, smooth and dry. There should be no dust, oil, dirt or other residues on the surface.
Step 2: Size Adjustment
- Cut the Bondex sound insulation sponge to the appropriate size for the surface you will apply it to. Determine the dimensions you need using a measuring tape and scissors or a knife.
Step 3: Applying Adhesive
- If the Bondex sponge does not have a self-adhesive surface on the back, use an acoustic sponge adhesive or a non-solvent-based adhesive to stick the sponge to the surface.
- Apply the adhesive to the back surface of the sponge or the surface to be applied.
- Press the sponge firmly onto the surface. Apply the adhesive according to the manufacturer's instructions and wait for it to dry for the specified time.