Flanged Immersion Heaters
Industrial Flanged Immersion Heaters
Solutions for Industrial Process Heating Needs
Flanged immersion heaters are an essential solution for industrial process heating, providing a reliable and efficient way to maintain optimal temperatures in large tanks and systems. These heaters feature electric heating elements welded to a flange (up to 50” NPS) that is then secured to a mating flange using B7 studs and 2H nuts through ANSI flange connections. This design ensures a stable and effective attachment, allowing for seamless integration into various industrial setups.
Looking for immersion accessories? We can help! Call us at 1-863-270-8118 or contact us to discuss your needs.
Benefits
Flanged immersion heaters offer numerous advantages for industrial applications, including:
- 100% energy efficiency, converting all power into heat.
- High-performance tubular elements reaching up to 1200°F.
- Durable design ensuring long-lasting operation.
- Simplified maintenance, reducing operational costs.
- Cost-effective solution for optimizing industrial heating processes.
Applications
Flanged immersion heaters are suitable for a wide range of industrial applications, including:
- Heating liquids and gases in tanks, reservoirs, and pipelines.
- Use in chemical processing for precise temperature control.
- Oil and gas industry heating solutions.
- Water treatment applications.
- Power generation and other high-demand heating tasks.
Flanged immersion heaters provide an efficient, durable, and reliable solution for industrial process heating. With 100% energy conversion and the ability to reach high temperatures, these heaters are perfect for demanding applications where efficiency and performance are paramount. Whether you need to replace existing heaters or upgrade your current system, PowerPro offers tailored flanged immersion heating solutions to meet your specific needs and optimize your processes.
Looking for immersion accessories? We can help! Call us at 1-863-270-8118 or contact us to discuss your needs.