Reflective Bubble White Poly 4 ft x 125 ft (500 sq ft)

$99.95 $199.95 You save 50.000%

Reflective Bubble White Poly Insulation : 4 ft x 125 ft (500 sq ft)

Priced LOWER Than $64.95 / roll on Large Orders

Saving Tip - Order 5 or more rolls to offset minimum ship charge

* = Biggest Price Drop

Volume Levels (Sq. Ft.)

2500, 5000*, 10,000, 25,000, 50,000, 100,000, 235,000* (Truck-load).

Volume Levels (# of Rolls)

5, 10*, 20, 50, 100, 200, 470* (Truck-Load)

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This insulation product consists of 1 layer of 5/32" (4mm) polyethylene bubble that is sandwiched between one metalized, low emissivity surface and one layer of white polyethylene. Because it has a white attractive finish it is used in many building applications. However our recommendation is its use in under concrete applications.

Ship dimensions: L: 48" W: 17" H: 17" Lbs: 20

The purpose for installing Reflective Bubble White Poly in a concrete slab application is two-fold; first, it acts as a vapor retarder and second, it provides a thermal break.

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Single bubble insulation

This insulation product consists of 1 layer of 5/32" polyethylene bubble that is sandwiched between one metalized, low emissivity surface and one layer of puncture resistant, chemically stable, white polyethylene. The purpose for installing Reflective Bubble White Poly in a concrete slab application is two-fold; first, it acts as a vapor retarder and second, it provides a thermal break.

Characteristics	Value
Nominal Thickness	5/32 in.
Tensile Strength	14.6 lb
Tear Strength	4.9 lb
Width (in.) of roll	48
Length (ft.)	125
Diameter (in.)	17.5
Coverage (Sq. Ft.)	500
Weight (lbs)	24
APPLICATION CONDITIONS
Temperature	-50°F minimum, 180°maximum
PERFORMANCE CHARACTERISTICS
Thermal performance
Emissivity: (ASTM C1371)	0.04-.0.05
Reflectivity	95 - 96%
R Values
Heat flow down	7.3
Heat flow up	2.7
Heat flow horizontal	3.4
Falme Spread/Smoke Spread: ASTM E84/2599-08, Class A/Class 1
Water Vapor Permeance
Method	ASTM E96
Result	0.000

This insulation is the most effective when airspace exists between the insulation and the adjacent material. The R value of the system will vary dependent on the airspace size and the direction of the heat flow, and the conductive and convective properties of surrounding materials.