foam insulation sheets online manufacture

Shock Absorption Lightweight Flexible Polyethylene Closed Cell Foam Chemically Cross linked PE XPE Foam For Packaging Product description Anti-static foam is produced by compounding PE with some special padding ... Read More

Lightweight Polyethylene XPE Foam Sheets - High-Efficiency Building Insulation Material Polyethylene foam is closed-cell, meaning it consists of cells so tightly packed together that it gives the appearance of ... Read More

Fiberglass Aluminum Foil XPE Foam Flame Retardant Self Adhesive HVAC Insulation Foam 5-25mm Thickness Product Details Type Description Specification Thickness 5/8/10/12/13/15/19/25/30mm Width 1000-1200mm Length ... Read More

Heat Reflection Thermal Insulation Foam Waterproofing Aluminum Foil Composite Coated Fiberglass XLPE Foam Product Details Type Description Specification Thickness 5/8/10/12/13/15/19/25/30mm Width 1000-1200mm ... Read More

Xpe Foam With Aluminum Foil Polyethylene Wove Aluminum foil Backed XPE / IXPE Foam Product Details Type Description Specification Thickness 5/8/10/12/13/15/19/25/30mm Width 1000-1200mm Length 20-25meter in roll... Read More

Customizing Closed Cell Waterproof Insulation Panel Flame Retardant Foam Sheets Board Expanded Polyethylene Foam Foam Type: IXPE FOAM / IXLPE FOAM Property Standard Unit Value Density - Kg/m 66.70 Tensile ... Read More

Black Waterproof Natural Fireproof Soundproof 13MM 15MM 19MM 23MM Closed Cell Open Cell Foam PE XPE IXPE foam sheets PHYSICAL CROSS LINKED POLYOLEFIN FOAM Foam Density Standard 33.33kg/m3 Various options ... Read More

Ixpe sound reducing backing 1mm ixpe acoustic underlayment ixpe attached pad CYG closed cell cross linked polyethylene foam has attained prominence as a reputed firm in the field of Construction and Engineering ... Read More

Closed Cell Cross Linked Polyolefin XLPE Rubber Crosslinked XLPE foam (in Sheet or in Roll): Color: Black, White and others Density: 15 Kg/ m3 to 144kg/m3 Size: 2000 X 1000 X 100 mm , or in roll with the 1000mm ... Read More