Ultra pure PTFE PFA Wetted Surface Immersion Tank Heaters For PVDF Tanks
Ultra pure PTFE PFA Wetted Surface Immersion Tank Heaters For PVDF Tanks
Product Details:
Place of Origin:
China
Brand Name:
Surplus
Certification:
ISO9001
Model Number:
PFA Immersion Tank Heater 12
Detail Information
Place of Origin:
China
Brand Name:
Surplus
Certification:
ISO9001
Model Number:
PFA Immersion Tank Heater 12
Name:
Ultrapure PTFE PFA Wetted Surfaces PFA Immersion Tank Heaters For PVDF Tanks
Supply Voltage (V/Phase)::
400V 2Phase Or Thers
Power(KW):
3kw-18kw
Type Of Temperature Control:
PT100 Or J Type
Application:
Semiconductor, Solar, MEMs, And Other Technological Industries
Frame Material:
PTFE
Inside Material:
PFA
Cable Length:
2 Meters/3meters/others
Highlight:
High Light
Highlight:
PTFE Surface Immersion Tank Heaters
,
PVDF Immersion Tank Heaters
Trading Information
Minimum Order Quantity:
1 PCS
Price:
Contact Us
Packaging Details:
Wooden Case or Carton Box
Delivery Time:
10-15 working days
Payment Terms:
TT, Paypal, Western Union
Supply Ability:
50 PC/Month
Product Description
Ultrapure PTFE PFA Wetted Surface Immersion Tank Heaters for PVDF Tanks
PFA immersion tank heaters provide the ideal solution for heating harsh chemicals or DI water to constant temperatures in ultrapure tanks, including PVDF, PFA, and quartz tanks. Their PFA/PTFE wetted surfaces are specifically designed for high-purity applications where chemical compatibility is critical. These heaters deliver high-efficiency heating with superior temperature control and maximum power output in a compact design.
Features & Benefits
Ultrapure PTFE/PFA wetted surfaces for maximum chemical resistance
Reliable heating of harsh chemicals and DI water
Compact design with maximum power output
Heating capability up to 200°C
Fast temperature response and high efficiency
Multiple voltage-to-wattage configurations available
Easy integration with PVDF, PFA, and quartz process tanks
Available in sizes to fit various tank dimensions
Low profile design at just 1-5/8 inch height
Built-in safety features including hi-limit sensor and encapsulated ground wire
No nitrogen purge required for operation
Harsh Chemicals & DI Water Applications
These durable heaters are available in grid, frame, and fence models with power outputs ranging from 1.0 to 30.0 kW. Featuring low watt density (≤ 4 watts/in²) for rapid heating response, they integrate seamlessly into most process tanks. Custom configurations are available based on your specific requirements and tank dimensions.
Additional Applications
Point Of Use (POU) Heating
Point of Use Heating refers to the energy-efficient method of placing small heaters near processing baths to minimize heat-up wait times and improve process efficiency.
Common Applications
Semiconductor wafer cleaning
Etching processes
Inline chemical heating
Point of Use (POU) heating systems
High-Purity PFA Inline Chemical Heater
PTFE Inline Heater
Inline Chemical Heater
Chemical Heating Solutions
Our fluoropolymer (PTFE) heaters and heating components are engineered to withstand corrosive chemicals while maintaining the highest quality and safety standards for industrial applications.
HXT SERIES - SCREWPLUG
Low watt density, spiral screwplug heater with fluoropolymer (PTFE) sleeved 304 stainless elements resistant to most solutions. Available in 1000-6000 watts, 120-600 volts.
HXOL SERIES
Low watt density, flexible riser bottom heater with fluoropolymer (PTFE) sleeved 304 stainless elements resistant to most solutions. Available in 1000-6000 watts, 120-600 volts.
How Immersion Heaters Work
Immersion heaters are devices designed to heat liquids by direct contact. The tubular heating element is inserted into the liquid, where an electric current passes through the element to generate heat. These heaters provide rapid, efficient heating of large liquid volumes, making them ideal for industrial processes requiring precise temperature control.
Energy Efficiency
A typical immersion heater consumes approximately three kilowatts of electricity per hour. The actual operating cost depends on local electricity rates and usage duration.
