Top 10 Heat Shield For Refrigerator

The A-Team Performance 13575 Adhesive Backed Aluminized Fiberglass Heat Shield Barrier can turn your home or any areas of it into a radiant heat-resistant model. Combining outstanding materials of flexible aluminized finish and durable woven silica, it can screen off scorching heat above 2000 degrees Fahrenheit. Its back has an adhesive composite which makes it easy to apply or wrap around any desired surfaces. It can be used on plastic components, painted surfaces, hoses, firewalls, doors, hoods, and a lot more other areas that need heat-screening.

Includes:
1 x A-Team Performance 13575 Adhesive Backed Aluminized Fiberglass Heat Shield Barrier Up To 2000 Degrees Fahrenheit Multi-Purpose Compatible with Firewall Hoods Hoses and Doors 12″ x 24″

A-Team Performance Adhesive Backed Aluminized Heat Shield Barrier is sold exclusively by Southwest Performance Parts.

The Suppressor is ideal when both sound and radiant heat control is needed.

The Thermo-Tec Adhesive Backed Heat Barrier protects parts and components from radiant heat. It can be used in applications to protect painted surfaces, plastic parts or any component from the damaging effects of radiant heat. Adhesive Backed Heat Barrier is made up of woven silica with a flexible aluminized finish. The highly reflective surface of the material is capable of withstanding radiant temperatures up to 2000 degrees Fahrenheit. The adhesive backed side handles direct and continuous temperatures up to 300 degrees Fahrenheit. The adhesive backed composite construction material can easily be applied to any surface or wrapped around a hose or wire to make a clean professional appearance.

The Adhesive Backed Heat Barrier protects parts and components from radiant heat. It can be used in applications to protect painted surfaces, plastic parts or any component from the damaging effects of radiant heat.

Professional-Grade Aluminum Heat Shield that has three layers: Aluminum Top Layer, Fiberglass Layer, and the Adhesive Backing

The DEI Form-A-Shield is made from 10mil dimpled aluminum with a 1/4″ high temperature basalt insulation and can withstand direct temps to +1400 degrees Fahrenheit. It’s a high temperature version of Floor & Tunnel Shield II. The Basalt based woven fabric insulator can be applied directly to hot surfaces. It molds easily to exhaust manifolds, pipes and mufflers and provides outstanding performance in reflecting and blocking heat. Easily trimmed to size, Form-A-Shield is excellent to use as a heat barrier for transmissions near hot exhausts.

Extreme heat can rob power and potentially damage engines, transmissions, hoses, and sensitive electrical components. DEI, a market leader in thermal protection, has introduced a revolutionary advancement in pipe shield technology that greatly outperforms Mylar-backed glass fiber shields. DEI’s Titanium Pipe Shield combines the high heat tolerance of DEI’s proprietary LR fiber technology with a unique rivet-based clamp shield design to improve heat dissipation and cooling. Glass fiber shields can begin to fail at 900°F with the Mylar outer material cracking and flaking off. DEI’s Titanium Pipe Shield provides heat protection up to 1350 degrees Fahrenheit. LR fiber technology is a two-ply material. The outer layer is made from pulverized and stranded lava rock into a proprietary tightly woven weave for durability and strength. The inside material is made of a special high temperature resistant fabric (89% silica) designed to withstand 350 degrees more heat than glass fiber. This proprietary fiber technology combined with DEI’s unique shield standoff bracket design provides an air gap between the shield and pipe that together provides the maximum potential for cooling and heat dissipation. With the strategic placement of DEI’s Titanium Pipe Shield near transmissions, brake lines, floorboards, body panels, diesel exhaust stacks or motorcycle pipes, radiant heat can be controlled for maximum protection and performance. Other uses include isolated areas such as sections of the exhaust pipe after the collector, an area that can heat transmission fluid, or along the path of an exhaust system in proximity of gas tanks, differentials and rear facias. The shield is designed for multiple automotive applications as well as marine, powersports, diesel and industrial applications where heat dissipation and thermal control is needed.