PTFE Inline Chemical Heater

Product Detail

Surplus' Inline Chemical Heaters are unlike any other heating technology on the market because of our thin film on quartz electric resistive technology. Our technology, combined with high-purity materials, a quick ramp up time, crevice-free design, and customizable configurations, creates reliable and efficient heater.

Because of the design simplicity and flexibility, we can accommodate a wide range of application needs with only two models – a high temperature version and a low temperature version. These heaters are well-suited as a plug-and-play design for a variety of applications, especially with fluids that need to be heated quickly and at point-of-use.

• High Purity Flow Path Made Of GE214 Quartz

• PFA Tubing For Safety And Purity

• Crevice-Free Flow Path Means No Bacteria Growth Or Purging Required

• Compatible With All Acids, Except KOH And HF

• No Risk Of Metal Contamination

• Series Or Parallel Configuration Available

• Multiple Voltage And Kilowatt Options

• Strong Construction And Performance Because Of Patented Sealing Technology

• Customizable Configuration For Power, Space, Fluid Connections And Other Process Needs




• SPECIFICATIONS

• 1,000 watts up to 18,000 watts

  200 to 600 volts, single or three phase (12kW and larger require three phase)

• Watt Density: 10 watts per square inch (1.5w/cm2)

• Fluid Connections: ¼-inch (6mm) to 1-inch (25mm); ½-inch (12mm) to 1-inch (25mm) Super 300 Type Pillar® 

• Element Purge: Small amount of clean dry air (CDA) or N2 gas flows between the metal grounded element and the PTFE sheath. Purge minimizes potential for ionic contamination. Removes chemical permeation for longer service life

• OPTIONS AVAILABLE (CONSULT FACTORY)

• Horizontally mounted configuration

  
  

• PVDF high temperature mounting brackets

• Custom configurations, connections and cable lengths

  
  

• Capacitive style liquid level verification

 

FLUID PORT CONNECTIONS

• Custom Options Available

 

OTHER OPTIONS

• Liquid Level Sensors

• Leak Sensors

• Over-Temperature Interlocks