Flanged Heaters

How It Works​

Essentially, it can be said that the Sinton immersion heaters, especially our ATEX electro heating elements, work on the basics of thermal conduction.  The heat generated by the passage of electric current through the resistive element directly transfers to the surrounding fluid, causing the temperature to rise rapidly to the required levels.  Our ATEX-certified electro heating elements ensure reliable performance even in potentially explosive atmospheres, making them ideal for hazardous industrial environments.​

Product Function​

The heating elements, including our advanced ATEX electro heating elements, play a crucial role in myriad applications.  From heating water in tanks to maintaining temperatures in chemical processes and warming oils in fuel storage tanks, they deliver consistent and efficient heating.  These elements provide precise temperature control of the process conditions, conserving energy while optimizing the process.  Sinton's immersion heaters, featuring ATEX electro heating elements, heat directly and more efficiently compared with many external heating options.  They offer improved heat-up times, reduce energy consumption, and meet the stringent safety requirements of explosive environments.​

The product, with its ATEX electro heating elements, is more favorable than large, external systems due to its small, easy-to-attach design.  It provides a compact solution without sacrificing performance, ensuring safe operation even in challenging settings.  The screw plug, flange, and over-the-side mounting styles are part of Sinton's product range, suiting different types of tank designs and application requirements.  This flexibility ensures easy installation and maintenance within any given system.​

When selecting an Industrial Immersion Heater Element, it's crucial to consider:​

Material Compatibility: Opt for a heater material that aligns with the fluid to be heated, preventing corrosion.  Our ATEX electro heating elements are available in various materials to ensure compatibility across a wide range of substances.​

Power Density: Choose the appropriate watt density to mitigate the risk of overheating and fluid damage.  Our ATEX-certified elements are designed to operate safely at different power densities, ensuring reliable performance.

Safety Features: Look for models equipped with safety features such as thermostats and overheat protection.  Our ATEX electro heating elements come with comprehensive safety mechanisms to safeguard against potential hazards in explosive environments.​

Certifications: Verify that the heater adheres to industry standards and certifications pertinent to your application.  Our ATEX electro heating elements are rigorously tested and certified, meeting the highest international safety standards for use in explosive atmospheres.