500 Degree High Temperature Kevlar Aramid Felt Roller Tube For Aluminum Extrusion

500 Degree High-Temperature Kevlar Aramid Felt Roller Tube For Aluminum Extrusion

DESCRIPTION

The high temperature resistant felt cover is processed by the high-temperature resistant material Kevlar fiber through a Needle-punched process. The temperature resistance can reach 500°C. It is mainly used in the first or second stage of the belt cooling bed. The main function is to transmit aluminum profiles and to achieve a cooling effect, in the process, because there is no gap in the surface of the felt cover, the flatness of the felt cover is ensured, thus ensuring the aesthetic appearance of the aluminum profile (will not leave any marks on the surface of the profile).

SPECIFICATION

ADVANTAGE

1. Heat resistance up to 500℃;

2. High density with no delaminating or fuzziness;

3. Abrasion resistance with smooth cutting and even surface;

4. Long service life against high quality;

5. Pollution-free for extrusions;

6. Competitive price and good service after sales.

APPLICATION

Applied to aluminum profile extrusion machine run out table and walking beams, Max temperature resistance 600℃.

Our company solemn promise: my product will never appear fluff, tear, of the net, delamination, scales, deviation, elongation, deformation, aluminum pollution and other phenomena; provided by the original materials from the United States DuPont original factory Genuine. Product technical indicators in full compliance with DuPont's temperature, wear performance parameters.

Design Your Belt

Operation Temperature: 200℃,300℃,500℃,600℃               Your operation temperature:_____

Material:pbo/kevlar/aramid/Nomex/polyester                          Your request material:__________
Thickness:6mm,8mm,10mm                                                   Your request width:____________
Width and length can be customed                                         Your request:_________________

Contact us to get the quotation details.

Needle felt pad can suitable from 180-600°C