Polymer Materials PTFE Conveyor Belt Acid And Alkali Resistance

Polymer Materials Acid and alkali resistance Teflen Conveyor Belt F4 Red Edging For Pharmaceutical Factory

Product Introduction

The mesh belt of the Teflen conveyor belt is coated with high-quality PTFE resin. The basic material is woven open-pore glass fiber or aramid fabric (such as Kevlar) or Nomax. The main applications are screen printing, drying industry, packaging industry, textile industry, wood processing industry, etc., used as heat-resistant and non-stick conveyor belts to transport materials through ovens.
The PTFE open-cell fabric has obtained FDA and LFGB certification and can be used in direct contact with food.

Performance characteristics

• Non-adhesive: It is not easy to adhere to any substance. It is easy to clean all kinds of oil stains, stains or other attachments attached to its surface; almost all adhesive substances such as paste, resin, paint, etc. can be easily removed.
• It is resistant to chemical corrosion, strong acid, strong alkali and various organic solvents.
• Good dimensional stability (elongation coefficient less than 5%) and high strength. Has good mechanical properties.
• Resistant to bending fatigue and can be used for smaller wheel diameters.
• Drug resistance and non-toxicity. It can withstand almost all pharmaceutical items.
• Fire and flame retardant.
• Air permeability: the air permeability of the conveyor belt, reduce heat source consumption, and improve drying efficiency.

Product specification

Product Applications

1. Textile, printing and dyeing industry:Printing drying, bleaching and dyeing fabric drying, fabric shrink drying, non-woven fabric drying and other drying channels, drying room conveyor belt

2. Screen and printing industry:Drying dryer, offset printing machine, UV curing machine, paper oil drying, ultraviolet drying, plastic product silk screen drying and other drying channels, drying room conveyor belt.

3. Other occasions:High-frequency drying, microwave drying, various food freezing and thawing, baking, heat shrinking of packaged items, drying of general water-containing items, rapid drying of flux-type inks, etc.