Rotary Printing Machine Conveyor Belts 4x4mm Chemical Resistance

4*4mm Chemical Resistance Conveyor Belts Used For Rotary Printing Machine

Conveyor Belts Description

mesh conveyor belt, also known as fiberglass mesh conveyor belt, is made of high purity suspended polytetrafluoro 2ene emulsion L liquid as raw material, impregnated with high-performance glass mesh cloth, dried, baked Made by sintering and other processes. It defines the specifications in terms of mesh size, mainly including 1x1mm, 2x2mm, 4x4mm, 10x10mm, etc., and is divided into single weft and double warp and weft grids according to the different warp and weft. band.

conveyor belt  are made from high quality open mesh woven fiberglass coated with ptfe resin. The open mesh area allows maximum air flow optimising drying times. Designed to operate in extremes of both temperature and chemical exposure,ptfe mesh belts have been a natural choice for dryer manufactures.It is ideally suited for conveying products and is commonly used in a wide variety of industries,such as gas electric,infrared(IR),radio frequency RF),microwave and ultraviolet(UV) conveyorized drying operations.

All conveyor belts must be ringed for practical use, so the conveyor belt joint is a critical preparation step. The quality of the joint directly affects the service life of the conveyor belt and whether the conveyor line can run smoothly and smoothly .

1, the method of the joint

2. teflen conveyor belt joints

3. Joints of PVC and PVG whole core flame retardant conveyor belts

4. teflen conveyor belt joints

Conveyor Belts Features

1. Outstanding temperature resistance (from -170ºC to +260ºC)

2. Resistant to corrosive agents

3. Low thermal mass

4. Controlled porosity

5. Superior non-stick surface, easy to clean

6. Dimensional stability

7.Non-toxic

Conveyor Belts Specification

Conveyor Belts  Application

Conveyor Belts are used in applications such as the drying of printed products for example; point of display stands, T-shirts, glass and mass produced paper prints. Print dryers usually opt for Ultra violet, Infra red or hot air as the heat source to dry.

Other applications range from the drying of cereals, non woven's, charcoal interlinings, carpet & carpet tiles, printed circuit boards and shrink-wrap tunnels but to name a few.