Introduction

Regarded as the most versatile of all electric heating elements, tubular heating elements offer a wide range of ratings, sheath materials and forms that can be applied to almost any temperature requirement, whether for heating of solids, liquids, or gases. The structure of the tubular heating elements allows forming in various shapes, offering the advantages of improved heat distribution, greater compactness, and simple installation in many industrial applications.

Features&Benefits:

1. Precision

Precision is one of the main advantages of tubular heating elements. They allow for advanced temperature controls, better temperature maintenance, and precise heat transfer. Watt densities up to 120 WPSI are available and temperatures up to 750°C (1,382°F) can be reached. They have the flexibility to meet just about any application. The cold sections are also custom made to protect the terminals.Wide range of diameters available.

2. Compact Size

The compact size of tubular heating elements holds many advantages. Their smaller, and custom sizes make for easy installation. Their size also makes them easy to clean, maintain or replace. The ability to easily remove and replace these elements means that the production period does not have to be paused for long.

3. Custom

Tubular heating elements are available in different shapes and sizes, designed for optimal durability. The elements are factory-configured to the optimal size and shape for the specific application. Custom bending of diameters and radiuses allow for better performance by meeting the form, fit and functions of applications.

Application:

Depending on their rating, sheath, and shape, electric tubular heaters are used in a variety of industrial heating applications (conduction, convection, radiation heating) that require process temperatures of up to 750°C (1 382°F) to heat liquids, gases, and solids.