RCT Reichelt Chemietechnik
High-Temperature Chemical Tubing Made from PFA for Demanding Process Engineering up to 260°C
RCT Reichelt Chemietechnik GmbH + Co.
Perfluoroalkoxy polymer (PFA) tubing provides an optimal solution for demanding applications in chemical engineering, process engineering, and biotechnology. These high-quality fluoroplastic tubes combine exceptional chemical resistance with thermal stability up to 260°C and enable the safe transport of aggressive media in critical processes.
Technical Properties and Application Areas:
PFA tubing is characterized by its transparent design, which enables continuous process control. With pressure resistance up to 20 bar at 20°C, they are excellently suited for high-pressure applications in analytics and process engineering. The thermoplastic processing properties of PFA allow precise welded connections and complex geometries.
Product Variants in the Range:
- PFA-Antista chemical tubing
- PFA-Antista corrugated tubing with smooth ends
- PFA chemical tubing
- PFA chemical tubing - black and imperial
- PFA corrugated tubing
- PFA corrugated tubing with smooth ends
Special Designs for Various Requirements:
Corrugated tubing made from PFA offers increased flexibility for mobile applications in cleanroom technology and nuclear chemistry. Antistatic variants prevent electrostatic charging when conveying flammable media. Black, imperial designs meet specific requirements in international plant engineering.
The excellent dielectric properties and creep resistance even at high temperatures make PFA tubing the first choice for critical applications in mechanical engineering, medical technology, and the semiconductor industry. The material purity meets the highest standards for pharmaceutical and biotechnological processes.
PFA tubing and other products, such as PTFE tubing, FEP tubing, and ETFE tubing, are available directly in the online shop of RCT Reichelt Chemietechnik. The range of RCT Reichelt Chemietechnik offers over 80,000 different products, which are used among others in mechanical engineering, chemical technology, process engineering as well as medical technology.
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