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Industrial Fluorocarbon Coating Guide

Fluorocarbon coating has a lustrous appearance and excellent adhesion. It has an optimum thickness of 15-25 microns, can withstand loads up to 1000 bar, and resists corrosion for 100-400 hours in salt spray testing depending on thickness. Fluorocarbon coating can be applied by dipping, spraying, or other painting methods, adheres well to pretreated metal surfaces, and works within a temperature range of 200°C continuously or 250°C briefly.

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193 views1 page

Industrial Fluorocarbon Coating Guide

Fluorocarbon coating has a lustrous appearance and excellent adhesion. It has an optimum thickness of 15-25 microns, can withstand loads up to 1000 bar, and resists corrosion for 100-400 hours in salt spray testing depending on thickness. Fluorocarbon coating can be applied by dipping, spraying, or other painting methods, adheres well to pretreated metal surfaces, and works within a temperature range of 200°C continuously or 250°C briefly.

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Fluorocarbon Coating (PTFE, Xylan, Teflon, Emralon )

Fluorocarbon Coating has the following characteristics:

- It is a lustrous coating.

- It has excellent adhesion.

- The effective optimum film thickness is 15-25 microns.

- Load bearing capacity: 1000 bar

- Corrosion resistance: Between 100 to 400 hours salt spray (depending upon the thickness) as per ASTM
B117

- Working range: 200 °C (continuous), 250 °C short bursts

Fluorocarbon Coating may be applied by dip, spray or any one of the conventional painting methods.
Prior surface preparation has a marked bearing upon the quality of Fluorocarbon Coating. Fluorocarbon
Coating can be given on any metal or alloy surface, which can be suitably pretreated by phosphating,
blasting, anodizing or Soft Nitriding/Nitrocarburising.

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