Overview
High temperature resistant fibers generally appear in high temperature applications in the form of textile yarns, meshes, tapes, pipes, cloths, felts, etc. We use post-processing to achieve better application performance:
1.Improving process performance
2.Improving comfort of human body
Coating organic polymer can reduce discomfort which is caused by the processing of high temperature materials.
3.Improving heat resistance
Coating vermiculite or metal composite can improve the heat resistance.
4. Improving strength
Coating organic precursors can improve the product's strength and strength retent.
5. Improving anti-corrosion and weather resistance
Coating with excellent weatherability materials like PTFE and silicone, can improve the anti-corrosion and weatherability of products.
6.Improving sealing and protection
Coating with silicone rubber, PTFE and PVC can improve the performance of sealing and protection.
Post-processing Technology
1.Dipping coating
1.1 Processing characteristics
Sufficient infiltration
Good adhesion
Achieve water-based and oil-based coating
1.2 Application range
Coating material with low viscosity
Coating material needs to be fully impregnated
1.3 Typical products
2.Roll coating
2.1 Processing characteristics
Stable and even coating
Excellent surface performance
Adjustable coating amount in wide range
2.2 Application range
Wide adaptability to coating materials
Achievement of different coating effects
2.3 Typical products
3.Laminating
3.1 Processing characteristics
Simple and efficient
Using adhesive and thermal compounding
3.2 Application range:
Combination of basic materials with different properties
3.3 Typical products
PTFE film laminated fiberglass fabric
4.Calendered coating
4.1 Processing characteristics
Stable and even coating with large amount
Excellent surface performance
Excellent sealing peformance
Solvent free
4.2 Application range
Direct coating of thermosetting and thermoplastic materials
4.3 Typical products
Chlorinated rubber coated fiberglass fabric
5.Spraying coating
5.1 Processing characteristics
Precise coating
Material consumption reduction
Enviromental protection and energy saving
5.2 Typical products
Predetermined type of fiberglass fabric
Post-process materials
1.Organic materials
Silicone rubber, fluorine rubber, PTFE, PU, PVC, polyacrylate, neoprene, ethylene propylene diene rubber, phenolic resin, urea formaldehyde resin, all kinds of organic precursors
2. Inorganic materials
Vermiculite, graphite, aluminum, silver and other metals, all kinds of metal compounds
Typical products and application
1.1 Process: one or two sides of fiberglass fabric are coated by roll coating
1.2 Main application:heat insulation sleeve and tube, nonmental compensator, fireproof door and fireproof curtain, welding blanket and fireproof blanket
2.1 Process: two sides of fiberglass fabric are coated with dipping coating
2.2 Main application: high strength welding fireproof, fireproof door and fireproof curtain, removable heat insulation shield and blanket, heat insulation curtain
3.1 Process: two sides of fiberglass fabric are coated with roll coating or dipping coating
3.2 Main application: high temperature dust filtration, fireproof door and fireproof curtain, removable heat insulation shield and blanket, compensator and telescopic joint
4. Iron composite coated fiberglass fabric
4.1 Process: two sides of fiberglass fabric are coated with dipping coating
4.2 Main application: welding fireproof, fireproof door and fireproof curtain, removable heat insulation shield and blanket, heat insulation curtain
5.1 Process: two sides of fiberglass fabric are coated with dipping coating
5.2 Main application: high temperature dust filtration, fireproof door and fireproof curtain, removable heat insulation shield and blanket, compensator and telescopic joint
6.1 Process: one side or two sides of fiberglass fabric are laminated with aluminium foil
6.2 Main application: welding blanket, fireproof door and firproof curtain, heat insulation shield and curtain, protective sleeve and tube, protective suit, heat preservation
7. Carbonized high silicon oxide mesh fabric
7.1 Process: two sides of fiberglass fabric are coated with dipping coating,and then make carbonize process
7.2 Main application: filtration for smelting aluminum, iron, etc, places with low flue gas volatility requirements(≤60cm3/g)
