Material characteristics

1. Corrosion resistanceVirtually unaffected by most chemicals and solvents, it can protect components from various forms of chemical corrosion. This characteristic makes Teflon-shaped parts widely used in the chemical and manufacturing industries.

2. Resistance to agingLong-term exposure to the atmosphere maintains its surface and performance unchanged, exhibiting excellent atmospheric aging resistance.

3. Non-stickLow surface tension in solid materials, preventing adhesion to any substance. This characteristic allows for the prevention of material sticking in food processing and manufacturing industries, maintaining product purity and hygiene.

4. Insulation propertiesTeflon non-standard parts exhibit excellent dielectric properties (dielectric strength up to 10 kV/mm) and are an excellent electrical insulating material.

5. LubricityLow friction coefficient (between 0.04~0.15 during load sliding), hence excellent lubricity. This feature allows for reduced friction resistance, lower energy consumption, and extended service life in sliding and rotating applications.

6. Non-toxicTeflon non-standard parts are biologically inert, non-toxic, and safe for use in food and medical fields.

Production Process

The manufacturing process for Teflon non-standard parts mainly includes molding, turning, cutting, and various other techniques. During production, appropriate process parameters and machinery must be selected based on the specifications, shapes, and performance requirements of the non-standard parts. Additionally, strict control over conditions such as temperature and pressure during the production process is necessary to ensure the quality and performance of the non-standard parts.