Heat Screen Aluminized Radiant Matting 36``x40``

	Airbrush Graphics Stencils

	ATV Bodywork

	ATV Cargo Boxes

	ATV Covers, Motorcycle Covers, Car Covers

	ATV Exhausts from HMF

	ATV Grip Heaters and Cab Heater

	ATV Gun Boots

	ATV Snow Plow Blades and Lifts

	ATV Tire Chains

	ATV Universal Brake Line Kits

	Brake, Clutch and Body Covers

	Brakes and Brake Lines

	Chemicals

	Cool Stuff

	Cruiser/Touring

	Exhaust Wrap & Accessories

	Grips and Levers

	Handlebars and Handlebar Covers

	Hauling

	Instant Storage/Garages

	Jeep

	Lights

	Locks

	Magnetic Tank Bags

	MX and ATV Exhausts from Jardine

	MX Bodywork

	MX Chains and Sprockets

	MX Riding Apparel

	Nerf Bars, Bumpers and Grab Rails

	Pro ATV / Racing Exhaust Systems

	Safety Flag Holders

	Shift Levers

	Sound Barrier

	Supermoto/Motocross Parts

	Track Side

	UTV Accessories

	UTV Exhausts from HMF

On orders placed before midnight this Sunday (5/27/2012) (Free Shipping for lower 48 US only)

Heat Screen Aluminized Radiant Matting 36``x40``
Heat Screen is capable of withstanding direct heat up to 1000 degrees F. on one side, while protecting against radiant heat up to 2000 degrees F. on the aluminized side. Heat Screen can be used to protect the driverˇs compartment from excess heat; to protect areas where excessive heat can blister paint; where exhaust pipes run close to the fuel tank; and many other applications too numerous to mention. This material can be applied with a high temperature adhesive, or fastened down with screws or rivets. Aluminized surface reflects 2000 degrees F Multitude of uses around race cars, boats, RVs & trucks Great protection for painted surfaces Used in aviation and aerospace industry

This item usually takes about 7 days to ship

Item no.�010401
Retail: $82.74
Today's Sale Price: $79.30

Related Links:
	MSDS Safety Data Sheet

Send me one!
How many:
This item ships FREE to the contiguous 48 United States.

DEI Heat Screen Aluminized Radiant Matting� FAQ

What are some comon uses for Heat Screen�?
Heat Screen� is primarily used for protection, where excessive heat may blister paint, or where an exhaust pipe may run too close too the fuel tank.

What other applications can Heat Screen� be used for?
There are a multitude of uses for this product as it can be applied to race cars, boats, RV's and truck applications. Heat screen has also been used on several aviation projects within the aerospace industry.

How is Heat Screen� applied?
The most common way to apply Heat Screen� is with DEI Heat Resistant Sealant & Adhesive�. DEI Stainless Steel Locking Ties� can also be used as well as screws or rivets depending on the application.

What temperatures can Heat Screen� withstand?
Heat Screen� aluminized side is capable of withstanding up to 2000癋 radiant heat and nearly 1200癋 of direct heat. The side non-aluminized side can withstand 1000癋 of direct heat.

WARNING: Laws concerning this product vary from state/province to state/province. Your state/province may prohibit its use on public roads or restrict its use to novelty, show use, off-road areas, or race facility areas only. In some states/provinces off-road uses are also prohibited. The manufacturer and retailer assume no responsibility for any use or application of this product in violation of any applicable law. Before installing this product, please check your state/provincial and local/municipal laws and regulations.

The Q&A on this Product

QUESTION: can I use this product on top of my fireplace mantle to screen off heat rising from my fireplace? I am trying to avoid heat damage to ornaments placed upon the mantle.

ANSWER: As long as the mantle does not exceed 2000 degrees F, then this will work. A discussion of the laws of thermodynamics is need here. 1) Energy always flows from the area of high energy to the area of low energy until the energy levels are the same. 2) The rate at which the energy transfer takes place depends on the resistance to energy flow of the materials between the area of high energy and the area of low energy. In simple terms, if there is an air gap between what you are protecting and the heat source, then air will convect away most of the energy and the item will be protected. If it is direct contact with the insulation, which is in direct contact with the surface of the mantle, it will still get hot, although slower and in direct proportion to the ability of the object to dissipate the heat into the surrounding air. Give it a try and I think you will like the results - but it will not keep a pat of butter from melting - it will just slow it down! The object must be heat-resistant to some extent, i.e. non-flammable

Ask your question here:

Your email (so we can send you the answer):

Customer Service: Service@PowerSportsFX.com

`� 2002-2012 PowerSportsFX.com. All Rights Reserved.`
`Designated trademarks and brands are the property of their respective owners.`
`Use of this Web site constitutes acceptance of the PowerSportsFX.com Terms and Privacy Policy.`