PTFE & PVDF & PFA Ultra-Pure In-Line Fluid Heaters
C series Heaters for Aggressive Acids & Chemicals
HC Series in-line heaters are ideal for high-temperature, ultrapure processes. They feature PFA flow paths for optimal compatibility with aggressive chemicals. Their special internal fittings eliminate O-rings seals for enhanced cleanliness. HC heaters utilize the low-mass PreciseHeater® heating element with low watt density to provide fast, powerful temperature response.
Features & Benefits
• Ultrapure PFA wetted surfaces for optimal chemical compatibility
• Specialty fittings eliminate wetted O-rings to enhance cleanliness and reduce potential for leaks
• Fast, powerful temperature response from low-mass heating element with low watt density
• Up to 120°C at 60 psi
• 1-10 kW models available
Safety Features
• Junction box isolates heater and sensor wires from harsh environments
• Over-temperature thermocouple regulates temperature by limiting heat within housing
• Thermal cut-off ensures temperature does not exceed range to prevent overheating
• Process thermocouple ensures fluid temperature is accurately maintained
• Platinum-tipped ground wires protect user and heater
Specialty LHt series Heaters for Higher Power
LHT Series heaters offer maximum power in compact designs with ultrapure, PFA flow paths. They feature the Heateflex® heating element with a low watt density for fast temperature response. LHT heater models are available from 1-42 kW and offer great flexibility for customizing voltage, power, and more .
Features & Benefits
• Ultrapure PFA wetted surfaces for chemical compatibility
• Customized voltages, power outputs, and safety features
• Fast temperature response with increased power
• Increased power in small footprint • Up to 95°C at 60 psi
• 1-42 kW models available
Ultrapure PFA Fluid Heating element
PFA in-line fluid heaters feature the PreciseHeater® heating coil. This heating element offers excellent power output in a compact package. It has a low watt density, which extends the heater life by spreading out the wattage. The heating element is coated in PFA materials, which eliminates the need for nitrogen purge, and reduces operating costs.