self regulating heat tracing cable for industry pipes
Nothing hurts an industrial operation more than a production halt or downtime. Even when pipes are adequately insulated, process fluids can fall below minimum set temperatures when stagnant. This can create process issues related to fluid viscosity, crystallization or condensation, with associated production loss and costly remediation.
Electric heat tracing systems keep non-flowing water in pipes, pumps and associated equipment from freezing by replacing the heat lost through the thermal insulation. SN-EA pipe heat trace systems are energy efficient, reliable and performant. Our freeze protection solutions are typically applied in industrial facilities:
· Water supply and drain lines
· Firefighting and sprinkler systems
· Safety showers and eye-washers
· Comprehensive Technology
Our heating cable solutions in various technologies provide heat when and where you need it.
· Self-regulating technology: cables automatically adjust their power output to compensate for temperature changes of the pipe.
· Power-limiting technology: ideal for pipe freeze protection applications requiring high power output and/or high temperature exposure.
· Mineral insulated technology: Used for high power output, high exposure temperatures, or extreme resistance to environmental corrosives.
Sanniu's temperature maintenance solutions are designed as a complete heat management system:Heating cable technologies, up to 650°F maintain and 1000°F exposure temperatures engineered connection kits and tools for easy and worry-free installation Control & monitoring, from the simplest thermostat to state-of-the-art systems with integrated software for full visibility, on-site configuration, DCS data integration, and early warnings that allow for preventive maintenance Power distribution and insulation expertise.
Sanniu's heat trace systems are durable and reliable, even in the most extreme environments, and are approved for use in hazardous areas. They increase safety, maximize productivity, and optimize energy efficiency.