Immersion style heaters heat a fluid directly in a tank, vessel or container and are used to heat chemical storage tanks and process baths. They keep the chemical baths for plating at the right temperature, or to stay at a certain temperature for safe storage. Immersion heaters can also be installed in open tanks used to heat solutions to evaporate solvents and concentate a product.

Circulation style heaters allow precise and controlled heating of liquids or gases while they’re moving through a process line. They are typically used in maintaining temperatures of chemicals to react properly such as oils, solvents, water or more aggressive chemicals as they move through pipes. They help maintain viscosity of fluids, or prevent crystalization. Circulation heaters can be used to pre-heat materials before entering a process such as reactors, distillation or evaporators.

Heat trace cables are used to prevent pipes, tanks and vessels from freezing.  Some chemicals reactions require stable thermal conditions, and these self-regulating cables keep chemicals at specific temperature to maintain viscosity, prevent crystallization, or avoid reactions.

Strip heaters are flat, rectangular heating elements mainly used for surface heating of metal plates or mounted to the outside of tanks, hoppers, or pipes to keep chemical at the right viscosity. They can warm up presses, molds, or mechanical parts used in manufacturing chemical products. They are used in drying ovens or systems where chemical-coated materials need to be dried at controlled temperatures.  They reach high temperatures, distribute heat evenly, are easy to install, and can withstand harsh industrial environments.

Duct heaters are commonly employed to heat air or gases passing through ducts in processes like drying, curing, or preheating chemical compounds. They help remove moisture and assist in catalyzing reactions that require specific temperatures during the chemical production process.

Thermocouples are used in reactors, distillation columns, heat exchangers, and evaporators. They are accurate, have a fast response time, and can handle extreme conditions. Thermocouples are equipped with different types of connections; type K, J, or T depending on the chemical compatibility and temperature range used. Thermocouples are used in storage tanks to avoid spoilage or crystallization. They are used to monitor critical equipment such as boilers, furnaces, and incinerators. Thermocouples can be used in safety systems to help trigger rapid automated shutdowns to prevent explosions or toxic release of chemicals.