Inline PTFE Semiconductor Industrial Immersion Heater For 140°C KOH Solution
Markets
- Semiconductor
- Life Sciences
Applications
Product Overview
Our semiconductor heaters are designed for precise temperature control in fluid baths, ideal for semiconductor, pharmaceutical, and biomedical applications. These immersion heaters deliver clean, even heat distribution with maximum efficiency.
Key Benefits:
- Compact design with high customizability
- Maximizes process work area while minimizing chemical consumption
- All-PFA wetted surfaces compatible with PVDF, PFA, or quartz tanks
Compatible With Aggressive Chemistries and Deionized Water
Our durable heaters are available in grid, frame, and fence configurations with outputs ranging from 1.0 to 30.0 kW. Features include:
- Low watt density (≤ 4 watts/in²) for rapid heating response
- Easy integration into most process tanks
- Custom configurations available based on your specifications
Safety Features
- Patented PreciseHeater coil with >99% efficiency and 10+ year MTBF
- Microprocessor-based temperature control
- Optional safety features include platinum/embedded ground wires, Type-J thermocouple, and RTD over-temperature protection
Key Specifications
| Parameter |
Specification |
| Heater Element |
Heating Coil |
| Wetted Surfaces |
PFA/PTFE |
| Wattages |
1.0 - 20 kW |
| Voltages |
120 - 480 VAC (1 or 3 phase) |
| Dimensions (L×W) |
7×5 to 19×14 inches |
| Height |
1-5/8 inches |
| Maximum Temperature |
200°C (392°F) |
| Hi-Limit Sensor |
Type-J thermocouple |
| Ground Wire |
Encapsulated |
| Lead Wire |
15-ft standard |
Related Applications
Electrochemical Deposition
A cost-effective process using oxidation and reduction to adhere metal to surfaces with electricity. Our solutions offer:
- Full power supply output performance
- High efficiency and high-speed DC output
- Reliable operation with ETL certification
Ultra-High-Purity Heating
Clean-room assembled solutions designed for ultra-high-purity processes with reliable performance.
Acid and Corrosive Chemical Heating
Engineered to withstand aggressive chemicals while maintaining safety and performance standards.