High-Purity Heat Exchangers

Precise heat.
Exceptional purity.

Ultrahigh-purity PFA designs for ultrapure water and acids, including Supercoil, XXP280 and shell & tube models.

High-purity PFA heat exchanger
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Find your configuration.

Supercoil Heat Exchangers

Supercoil high-purity heat exchanger

Supercoil heat exchangers are used in etching, high-purity chemical processing, and other applications that require low levels of extractables.

Small tubes made out of flexible ultrahigh-purity fluoropolymers are braided into coils. Products are available with differing number of coils depending on heating/cooling requirements: 66-, 100-, 168-, and 280-tube models are available. Our unique honeycomb design allows for more heat transfer area in a compact space.

Key Features

  • Highly corrosion resistant
  • 100% fluoropolymer tube construction
  • Many standard sizes and custom sizes

XXP280 Heat Exchanger

XXP280 high-purity heat exchanger

Our new XXP280 heat exchanger type is the latest technology for heating and cooling, corrosive and ultrapure process fluids. The heat exchanger's 100% fluoropolymer construction and rugged design allow precise temperature control in extreme environments where others fail. Our unique honeycomb design allows for exceptional heat transfer rates while maintaining a high pressure capability and compact size.

We added the following new features to our XXP280 heat exchanger:

  • Fitting style options: Flared, Pillar S300 and Flarelock.
  • Shell configuration: U-standard both connections up or down and S-style configuration with one nozzle up and one nozzle down.
  • Connection sizes: Our standard is ¾" and we also offer 1" and ½" size fitting as options.

The new additional features allow us to not only meet the phasor X heat exchanger, but exceed in performance and flexibility.

Shell-and-Tube Heat Exchangers

Shell-and-tube high-purity heat exchanger

Shell-and-tube heat exchangers, made with ultrahigh-purity fluoropolymer resin, are ideal for applications requiring extreme corrosion resistance and extremely low contaminants. They are especially suited for wet etching, cleaning and other processes that heat or cool highly corrosive liquids. High-purity acids and ultrapure water are typically used in electronics, pharmaceutical and semiconductor manufacturing.

Key Features

  • Ultra-high-purity PFA tubing
  • Universal corrosion resistance
  • Low extractables

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