Why halar coating is used?

Halar is typically used as an industrial coating. This means that it is applied to other products to give them protection and make them more durable. In particular, it is used to coat products that may be exposed to high amounts of friction, because Halar will minimize the amount of wear that the products suffer.

Can nylon be coated?

Nylon is at least 13 times stronger than PVC and so will grant products coated in it 13 times the resistance when compared to PVC coated products.

What is PTFE coating?

PTFE coating is a fluorocarbon solid, making it resistant to corrosive chemicals and extreme temperatures for both hot and cold, UV ray resistant, and low friction. It also provides good insulation from electricity and doesn’t absorb water. Its legacy in industrial applications spans over 80 years.

What do you need to know about Halar coating?

So Halar coating is a type of plastic that is extremely resistant to high and low temperatures, can withstand impact, and resists chemicals, corrosion, and electricity. These properties tell us a little bit about what Halar, the material, actually is.

What kind of corrosion resistance does Halar have?

For Chemistries in semiconductor exhaust equipment, Halar provides excellent permeation resistance. Halar coatings are resistant to solvents and acids/bases (ph 1-14). They have been successfully used for corrosion protection in the chemical processing industry (CPI) for more than 30 years.

Why is Halar ECTFE used in exhaust ducts?

Halar® ECTFE powder coatings have been used successfully for fire safety and corrosion protection of exhaust duct systems that must meet the FM4922 fire safety standard. Halar® ECTFE coated ductwork offers exceptional surface smoothness reducing the risk of contamination buildup and corrosion.

What kind of polymer is Halar ECTFE made of?

Halar® ECTFE is a partially fluorinated melt-processable polymer that fills the performance gap between PVDF and fully fluorinated polymers. Its exceptional resistance to oxidizers makes it suitable for piping applications in even the harshest chemical environments.