Glo quartz immersion heater

We specialize in custom and replacement heaters with short lead times and competitive pricing. Selecting the correct heater sheath material is necessary for electric immersion heater longevity. The electric immersion heater watt density is very critical when designing a . Permanently mounted tag allowing easy identification.

These complete units are designed to heat flowing liquids or gases.

Laboratory heaters , available in several materials including quartz, stainless steel and titanium, have proven to be versatile and reasonable.

Shown below are some Standard heater configurations.

Special Configurations are available. Manufacture of electric tubular metal and quartz heating elements and immersion , air, and radiant heater assemblies for industrial processes. Over-temperature sensors and separate liquid level controls must be used with all installations.

A 95F (35C) bi-metallic overtemperature safety sensor is standard on all models. Cord and plug included on 1volt heaters. From simple band and strip heaters used in plastics processing, to complex process heaters used in billion dollar semiconductor . Can also be formed and shaped into various geometries for radiant heating and contact surface heating applications.

Platinum or tungsten elements can be used where high temperatures are required. Carbon or nickel chromium alloys can be used when low temperature heating is needed. While Iv have described an immersion heater that isv made up of Pyrex type glassor fused quartz vas the material to be used for the outer covering, . Graphtec America data loggers, data acquisition equiment.

Heating Cable, Heat Tape, Flexible Heaters, Heating Blankets. Custom Tubular Electric Heaters.

Process Oven and Furnace Systems. Immersion Heaters , Heat Exchangers. Quartz and Metal Tubular Heaters . Manufacturer: Process Technology . Types of heaters include small.

Simply put, industrial process heating is when an industry makes use of heaters ( or other heat processing equipment such as ovens, dryers or burners) and the heat that they produce to accelerate, complete and run their operations.

Heat is required in applications to prevent media freezing or to provide viscosity control in fluids like oil. Additionally, heat will prevent gases in chemical vapor deposition (CVD) and .