Description
Product Overview
This High-Performance Mass Loaded Vinyl (MLV) is specifically designed for automotive use, featuring an integrated Closed Cell Foam (CCF) layer. Weighing 5kg per square meter, it effectively blocks and absorbs unwanted sound waves, transforming any car, van, or 4x4 into a quieter and more luxurious environment.
Application
This MLV is highly recommended for use on:
- Cabin floor
- Bulkhead
- Boot floor
Utilizing a closed cell foam layer, this product decouples the MLV from vehicle panels, effectively blocking the transmission of road, engine, and exhaust noise. For optimal performance, it is advisable to apply this product on vehicle panels that have been pre-treated with sound deadening mats.
Dimensions & Specifications
| Specification | Measurement |
|---|---|
| Sheet Size | 600 x 900mm (0.54 sq.m / 5.81 sq. feet) |
| Thickness | 8mm |
| MLV Density | 5kg/sq.m |
| Total Weight per Sheet | 2.8kg |
| MLV Temperature Threshold | 90°C continuous / 120°C short |
| CCF Temperature Range | -200°C to +116°C |
| Flammability Testing | ISO 3795:1989 for vehicle interiors |
| Density | High density but flexible |
Features
- Significant reduction in sound transmission
- Complete liner solution for various automotive applications
- Designed and manufactured to high standards
Typical Uses
- Fitting to vehicle and boot floors to prevent road rumble and insulate the cabin.
- Lining panels, cupboards, and doors at home to insulate and block low-frequency noise transfer.
Installation Notes
Installation may require vinyl adhesive or taped edges. It is recommended to use tape for joints and edges.
FAQ
-
Can this product be used for soundproofing at home?
Yes, it can be used to line panels, cupboards, and doors to block low-frequency noise. -
What is the maximum temperature this material can withstand?
The MLV can withstand a continuous temperature of 90°C and up to 120°C for short durations. -
Is this product flexible?
Yes, it is designed to be high density while remaining flexible for easy installation.
