Basic Info.
Model NO.
FCM002
Alkali Content
Alkali Free
Transport Package
Custonized
Specification
440gsm
Trademark
kaiao
Origin
China
HS Code
5401201000
Production Capacity
50000/Week
Product Description
PTFE Coated Fiberglass Open Mesh Belt
Mesh belt is one kind of high performance and multipurpose composite
material.which is high-quality glassfiber coated with PTFE emulsion.
Characteristics:
(1).Working temperature resistance from -70ºC to +260ºC.
(2).Non-stick surface,easy to clean.
(7).Fire Proof.
(8).Air permeability of the conveyor belt can reduce the heat-consuming,
and improve the drying efficiency.
Applications:
Used in any industry which need conveyor belts in heat air flow or heat
processing.
(1).Textile and dyeing: drying for textile printing, dyeing, shrinking,
on-woven fabric, and in industry oven.
(2).The loose-dryer, offset, UV curing machine, paper oil drying, UV
drying, plastic printing drying.
(3).High-frequency wave drying, microwave drying, food refrigeration and defrost, baking, packaging heat shrinking. 
Mesh belt is one kind of high performance and multipurpose composite
material.which is high-quality glassfiber coated with PTFE emulsion.
Characteristics:
(1).Working temperature resistance from -70ºC to +260ºC.
(2).Non-stick surface,easy to clean.
(3).Chemical resistance.
(4).Cood stability in size,high strength,good mechanical performance.
(5).Bending fatigue resistance,and can be used for smaller wheel.
(6).Non-toxic,and can almost resist all pharmaceutical products.(7).Fire Proof.
(8).Air permeability of the conveyor belt can reduce the heat-consuming,
and improve the drying efficiency.
Applications:
Used in any industry which need conveyor belts in heat air flow or heat
processing.
(1).Textile and dyeing: drying for textile printing, dyeing, shrinking,
on-woven fabric, and in industry oven.
(2).The loose-dryer, offset, UV curing machine, paper oil drying, UV
drying, plastic printing drying.
(3).High-frequency wave drying, microwave drying, food refrigeration and defrost, baking, packaging heat shrinking.
