conductive polyethylene foam online manufacture

Low Density Closed Cell Expanded Insulation Ldpe Polyethylene Foam Sheet Polyethylene foam sheets xlpe foam is made of Low-Density PE Polymer. Commonly made and used as an insulation & protective material for ... Read More

35mm Xpe Irradiation Cross Linked Polyethylene Foam Board Insulation Roll Polyethylene foam is closed-cell, meaning it consists of cells so tightly packed together that it gives the appearance of one uniform ... Read More

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

Automotive Soundproof Flame Retardant Ldpe Polyethylene Foam Roll Isolation IXPE can be compounded with PE film; colorful film and aluminum foil which are used in automotive trim or heat insulation in home air... Read More

Black Adhesive Irradiated Closed Cell Cross Linked Insulation Xpe Ixpe Polyethylene Foam Block Polyethylene foam sheets xlpe foam is made of Low-Density PE Polymer. Commonly made and used as an insulation & ... Read More

Closed cell polyethylene chemical foam uniform cell soft IXPE foam 10mm Closed cell crosslinked polyethylene XPE /IXPE foam.Low thermal conductivity and suitable for heat insulation1. Production Introduction of ... Read More

Reflective fireproof XPE foam insulation,Aluminum Heat Insulation Material Materical Structure AL/XPE FOAM/AL ROLL Width 1.2M*30M (can be customized) R Value 2.9 Thermal Resistance 0.24 (m2 K/W) Thermal ... Read More

Acoustic IXPE foam underlayment for WPC SPC PVC flooring IXPE Foam sheets can be easy to fabricate, it has high vibration damping, excellent buoyancy, resists bad weather conditions and is generally resistant ... Read More