Reduce Air Bubbles: This sound deadening roller is designed to help you achieve the best results when applying sound deadening pads. By minimizing air bubbles, it ensures that the pads adhere firmly, enhancing the overall sound insulation effect of your vehicle.
High-Density Rubber: The hard rubber roller body is crafted from high-density rubber. The high-density rubber is tough enough to apply consistent and even pressure, ensuring that sound deadening materials are firmly and uniformly adhered. Besides, thehigh-density rubber is also gentle on materials, preventing any damage or abrasion. The roller that supports the rubber is made of stainless steel, which offers durability and a sleek look for the roller.
Universal Compatibility: This roller is designed to work with all vehicle types including sedans, SUVs, trucks, and RVs, making it a universal choice for vehicle soundproofing and decoration. It is also being ideal for wallpaper installation and thermal insulation projects in residential spaces.
Installation: Installation becomes a simple task with this roller. Just roll it over the sound deadening material, and it will smoothly flatten the pad, saving you time and effort.
Multiple Uses: In addition to car sound deadening, it can be used for a variety of home and car decoration projects. Whether you are working on vinyl, film, wallpaper, or heat insulation mats, this roller can handle the job with ease.
Description
● Product: Sound Deadening Roller with Bearings
● Improve the sound insulation effect
☑ effectively squeeze out the air
☑ the soundproofing material fits closely to the mounting surface
● High-density rubber
☑ with good abrasion resistance, resistant to deformation
☑ better adapt to differently shaped surfaces
● Advanced manufacturing precision
☑ smooth and flawless surface
☑ uniform pressure during the rolling process
● Usage Guidelines
☑ Peel off the backing paper from the sound deadening material
☑ Firmly press down, roll from top to bottom and side to side
☑ Ensure there are no air pockets trapped beneath the material
☑ The tighter the material adheres to the surface, the better the sound-deadening effect will be