Custom PFA Machined Component / Part Teflon Turned Spring
- Resistant to all strong acids, alkalis, oxidants and organic solvents including hydrofluoric acid.
- Smooth surface, extremely low friction coefficient, not adhere to any substances, easy to clean.
- Long time working temperature between -200°C and +260°C. Short working time at 300°C
- High purity & not contaminate experimental samples.
- Good transparency facilitates observation needs in experiments.
Item No.: 25923172
Description
Our specialty is the manufacture of high-performance PFA machined components, with a specific focus on precision PFA machined springs. Unlike molded alternatives, each spring is expertly crafted as a turned part on CNC lathes. This machining process guarantees exceptional dimensional accuracy, consistent performance, and superior surface integrity critical for sensitive environments.
These components are produced from virgin, high-purity medical grade PFA polymer, ensuring excellent chemical resistance, flexibility across a wide temperature range, and ultra-low particulate generation. These properties make our springs ideal for critical applications in the semiconductor industry, particularly within wafer processing equipment where purity and reliability are non-negotiable.
As a trusted PFA supplier, we understand the stringent requirements of advanced manufacturing sectors. Our technical expertise allows us to produce custom-designed springs that meet exact specifications for load, deflection, and geometry. Whether you need a standard design or a completely custom solution, we provide components that ensure system integrity, prevent contamination, and enhance operational longevity. Contact us to discuss how our precision PFA machined springs can solve your unique engineering challenges.
Precautions:
Avoid contact with flames: Although PTFE is resistant to high temperatures, it begins to soften after exceeding 260°C. At temperatures above 327°C, it will decompose and produce harmful gases. It is strictly prohibited to heat directly on open flames (such as alcohol lamps).
Prevent scratching: Use a soft cloth or sponge to clean. Avoid using hard brushes or sharp metal tools. To avoid scratching the surface and affecting the non stick effect.
Be careful of falling: Although it has good toughness, falling from a high place may still cause damage or breakage to the edges and corners.
After cooling operation: After high-temperature heating, wait for it to cool to room temperature before moving or cleaning. To avoid thermal expansion, contraction, or burns.
Cleaning method: Usually rinse with clean water or neutral detergent. For difficult to wash residues, they can be soaked in the corresponding solvent or cleaned with an ultrasonic cleaning machine.
