ixpe closed cell foam insulation roll online manufacture

Aluminum Foil Panel Construction Heat Insulation Foam Building Material Polyethylene Polyethylene foam is renowned for its ability to withstand great amounts of pressure without losing its original cushioning ... Read More

heat insulation material with aluminum foil under metal roof 1. Excellent heat insulation performance: Low thermal conductivity, Read More

flexible heat roof thermal insulation sheets board material xpe foam panels XPE foam technical parameters: XPE foam has a water absorption of 0.01% and a thermal conductivity of 0.037; it is lightweight and has ... Read More

Reflective Aluminium Foil Heat Insulation Roof Panels Material Xpe Foam 1. Excellent heat insulation performance: Low thermal conductivity, Read More

Lamination Pe Foam Floor Protection Panel Sunshade Roofing Insulation Material 1. Excellent heat insulation performance: Low thermal conductivity, Read More

thermal insulation materials roofs polyethylene foam pe foam sheet Raw material: LDPE, PE foam+Alu foil Density: 25~333kg/m3 Length: customized Wide: 70~1800 mm Thickness: xpe 2~3mm 3~12mm Ixpe 0.1~0.5mm 0.5... Read More

Aluminum Foil Construction Heat Insulation Foam Hvac Ducting Waterproofing Roll XPE foam is a strong, resilient closed-cell PE foam, produced via compounding, extrusion, foaming process. Ideally suited to the ... Read More

Polyethylene Foam 25-30mm Marine Chemically Cross Linked Foam Raw Material Polyethylene foam sheets xlpe foam is made of Low-Density PE Polymer. Commonly made and used as an insulation & protective material for ... Read More

Construction Heat Insulation Laminated Pe Polyethylene Foam Xpe Closed Cell Foam XPE foam technical parameters: XPE foam has a water absorption of 0.01% and a thermal conductivity of 0.037; it is lightweight ... Read More

PE material General Purpose damping sheet for roofs 1.Production Introduction Chemical cross-linked polyethylene foam(XPE) Made by high temperature foaming after extrusion,cross-linked and foaming at the same ... Read More