Dynamat Superlite Tri Pack Sound Deadening (460Mm X 810Mm) 3 Sheets

The Dynamat SuperLite Tri-Pak is the perfect solution for vehicle owners who want a quiet and solid ride without adding unnecessary weight. This Tri-Pak includes three pieces of Dynamat SuperLite, each measuring 18"x32" (457mm x 812mm), providing a total coverage of 12 ft² (1.1 m²).

Dynamat SuperLite is 30% lighter and 30% thinner compared to other options, making it ideal for reducing sound resonation in problem areas or providing full coverage for your vehicle's interior. The SuperLite material consists of a black butyl-based core with a 2 mil aluminium constrain layer and a craft paper release liner.

With its patented lightweight elastomeric butyl and aluminium constrained-layer design, Dynamat easily conforms and fuses to sheet metal and other hard substrates. It is optimized for temperature ranges between 14°F and 140°F (-10°C to +60°C) and can withstand extreme temperatures between -65°F and +300°F (-54°C to +149°C). Additionally, Dynamat is highly resistant to aging, ensuring long-lasting performance.

The applications of Dynamat are vast and versatile. It can be die-cut to shape and applied directly onto painted panels or before painting on cleaned sheet metal surfaces. Dynamat is commonly used in automobiles, railroad cars, buses, ships, ventilation ducts, relay cabinets, steel furniture, home appliances, computer equipment, and more to reduce vibration-production noise.

Installing Dynamat is a straightforward process. Simply cut the material to the desired size and shape using scissors, a knife, or a die. Before applying, ensure that the surface is free from dust, grease, moisture, and other foreign matter. Peel off the release liner and attach the mat along its shortest edge, pressing firmly into place. For larger pieces, use a Dynamat roller to eliminate air pockets and maximize sound damping capacity. Finally, cover all seams and wiring with DynaTape for a professional finish. It is important to note that the mat and application surface should be at room temperature during fitting, and there is no need to heat the material.