Industrial Heaters

Ceramic Band Heaters These heaters transfer heat even on irregular surfaces efficiently in comparison to mica bands and are available in stainless steel sheeting with power saving option. They conserve energy with improved heating effciency .

Coil Heaters Coil heaters are an advanced concept of thermal engineering having construction similar to high watt density cartridge heaters. These heaters are also know as high performance tubular heater or cable heaters. Construction of these heaters consists of compacted MgO, high temperature resistance wire and stainless tube. These heaters can be developed with or without built thermocouples. We can use these heaters where space availability for heating is limited and are usually used on hot runner nozzles, manifolds. packaging machine etc. Coil Heaters from 268 watt/230 volt to 2000 watt/230 volt are there with 1.8 x 19mm diameter and 17mm diameter are available. 

Formed tubular heaters are available in stainless steel having a threaded thermal post which gives cold section of approximately 40mm minimum. 

Our High watt Density Cartridge Heaters are designed to deliver quality and performance. These are available from diameter 4.9mm to 30mm. simple L-Type cartridge heater and Square L-Type cartridge heaters, LD Cartridge Heaters are also available. 

These heaters are fitted into special clamps to tighten over circular parts for heating purposes. 

 It has a very robust design which can perform efficiently even where polymer spillage is a regular feature. These heaters can be manufactured with built-in thermocouples, hence can be controlled accurately while proessing sensitive materials. 

Strip heaters are reliable flat heating cells, designed to provide efficient heat to flat surfaces and in space heating applications.

Tubular heaters are the main heating source in most applications where electric heat is required. They are highly adaptable to the requirements of many applications. Tubular heaters can be used in their straight form or can be bent into various shapes.