Teflon Heater

FEATURES

  • PTFE sleeved elements provide excellent chemical resistance for solutions up to a certain temperature
  • Vapor-resistant and flame retardant terminal enclosures for safe operation
  • Flexible design allows shaping into patterns for specific applications
  • Built-in thermal protectors probes for overheating and dry run
  • Compatible with any chemical solution with a pH range of 0-13

DESCRIPTION



Teflon heater, also known as Fluoropolymer heater, is an advanced corrosion-resistant heating element designed for a wide range of industrial liquid heating applications. Featuring a PTFE sleeve, this heater offers exceptional chemical resistance and flexibility, making it suitable for highly corrosive solutions. Its adaptability allow it to be shaped into various patterns or wrapped around target surfaces. Designed for immersion heating, it ensures efficient heat transfer while safeguarding against corrosion and overheating. It is an ideal solution for environments where aggressive chemicals, precision heating, and reliability are paramount.

 

 

APPLICATIONS


 

  • Electroplating: Heating solutions for metal finishing tanks
  • Medical Device Manufacturing: Precision heating of chemical baths
  • Semiconductor Production: High purity chemical heating
  • Surface Finishing: Corrosion-resistant liquid heating for surface treatment processes
  • Food Industry: Heating solutions for food-grade liquids
  • Chemical Industry: Efficient heating of aggressive chemical solutions
  • Printing and Dyeing: Heat treatments for textiles and clothing
  • Environmental Protection: Wastewater treatment and chemical heating applications

 

 

ADVANTAGES


 

  • Superior resistance to aggressive acids and chemicals
  • Safe, flame-retardant construction for enhanced reliability
  • Quick and uniform heat transfer ensures process efficiency
  • Modular and customizable designs to fit various tank sizes and applications
  • Lower watt density prolongs heater lifespan
  • Minimal maintenance due to corrosion-resistant materials
  • Built-in safeguards, such as thermal protectors and liquid level probes, prevent overheating and damage