Brown Color Pbo Kevlar Thick Industrial Felt Seamless Belt For Aluminum Industry

Brown Color Pbo Industrial Felt Fabric Seamless Belt For Aluminum Industry

HIGH TEMPERATURE FELT BELTS

This product is suitable for a first-class and second-class cooling bed of felt belt type production line. The Company based on the characteristics of the customer use of the process, design, and production of stronger wear resistance and tensile strength felt, the highest temperature resistance to 600 ° C (carbonization temperature), suitable for aluminum extrusion extruder outlet and slip Introduced. As PBO is a kind of metal fiber, its own strength is very high, making the manufacturing process is very complicated. The Company after years of practice and research, mastered the most reasonable production process and the best PBO layer thickness and density of the balance point, to provide you with quality products.

SPECIFICATION

ADVANTAGE

1 Heat resistant up to 550℃;

2 No elongation under high tension and heavy load;

3 No seam, splice or joints: no breaks due to weak zone, High-density structure;

4 Smooth and even belt surface: scratch-free extrusions;

5 Excellent belt tracking on the cooling table;

6 The capability of withstanding high temperatures thanks to a batt of aramid fibers needled on an endless base fabric;

APPLICATION

PBO+kevlar belt

Applied to the high-temperature cooling table in aluminum extrusion profile plant, the max temperature resistance 580℃

Packing&Delivery

Packing: plastic bag + carton
Delivery: express company or by air or by sea or as your demands.

Design Your Belt

Operation Temperature: 180℃,280℃,480℃,600℃               Your operation temperature:_____

Material:pbo/kevlar/aramid/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.