One of the most common types of industrial coatings in use these days is PTFE open mesh. The list of common applications for it is virtually endless, although it's significant to realize that PTFE open meshes may not really necessarily be the ideal option for your job. Before selecting a PTFE coating, you should learn whenever you can about the history and development for this type of coating.

Common Applications of PTFE open meshes

Automotive - Many vehicles use PTFE available meshes components, especially in air brake systems for which constructions made of over-braided hoses are needed. PTFE open meshes can stand up to many extremely high temperatures, which makes it perfect for use on the outside edge of air compressors. Also PTFE open meshes works to reduce deposits of carbon particles, so it's extremely helpful in various types of automotive applications.

Cryogenic - In addition to being able to withstand extremely high temps, it can also withstand the very low temperatures used within their cryogenics industry. This material is perfect for use in hydraulic hoses, piston rings, fuel lines, or fluid air systems.

Chemical industry - You'll often find PTFE open meshes in hoses that are utilized to transfer chemicals, connectors, and lines for product interchange. Refrigeration systems and steam outlines also contain PTFE open meshes. The material typically replaces corrugated, stainless steel hoses.

Aerospace industry - Within this industry, PTFE open mesh is commonly used for tubing hoses, hydraulic hoses, and fuel hoses. It's often braided in with Kevlar for added protection. Also PTFE is commonly found in programs that require the tempering of heat, especially in water and alcohol, oil, and fuel. PTFE open mesh is commonly found in pneumatic and hydraulic systems that are commonly used within this industry.

As you can see, PTFE open mesh is a very versatile material that can be used in numerous types of industries. If you think it will work for your project, you should check with a professional to learn more about the fine details and characteristics of this material.