Acrolab Ltd. Datasheets for Industrial Heaters

This is a general search form for all types of industrial heaters, devices which are available in a variety of sizes, shapes, and heating configurations.
Industrial Heaters: Learn more

Product Name Notes
A Ceramic Strip Heater provides the ability to withstand higher temperatures (typically limited to 40 to 45 watts per square inch, depending on the application). The heater consists of a...
Acrolab barrel heaters are used to pre-heat liquids in drums or pails to make them less viscous. They are suitable heat sources when heat is required to handle liquids during...
Acrolab ceramic heaters are medium-to-high temperature heaters that have 1200°F as a maximum working temperature. These durable heaters have built-in ceramic fiber jackets that make them energy efficient. Ceramic heaters...
Acrolab mica insulated strip heaters are economical heat sources, suitable for providing heat to flat surfaces. The sheath temperature limitation is 900° F. These heaters can be made to include...
Cartridge heaters are round tubular heaters with electrical terminations on one side. These dependable heaters are made to withstand tough industrial usage. With a tolerance of ±0.002" on their outside...
Electric heaters are used in many different types of industries and applications. Their ability to deliver thermal energy at a rapid pace under a controlled setting allows for use in...
Mica insulated band heaters are efficient and economical solutions to the heating requirements of many applications. Although their maximum sheath temperature is limited to 900° F, with different electrical termination...
Mineral s trips are designed to provide longer life at higher watt densities and operating temperatures than the standard Mica Strip Heater. Its ceramic insulation provides for minimal air gaps...
Mineral Strips are designed to provide longer life at higher watt densities and operating temperatures than the standard Mica Strip Heater. Its ceramic insulation provides for minimal air gaps and...
Silicone heaters can be manufactured to suit almost any flat geometry and can accommodate hole and cut outs. They can be used in applications of up to 450°F. This type...
Split Heaters can operate at temperatures over 1600°F. This style of heater is best utilized in high temperature applications where a standard cartridge heater cannot operate properly. The unique split...
The longevity and trouble-free service of a Circulation Heater depend on selecting proper sheath materials, watt densities, and operation temperatures. Standard Element Sheath Materials Incoloy ® 800 - A Nickel...
These type of heaters are typically used for heated tooling or augmenting heat in molds. Cartridge heaters can withstand sheath temperatures of up to 1500°F. There are a variety of...
This style of heater can be manufactured to almost any custom shape you require. They are typically round in cross-section and can handle application temperatures of up to 1400°F. Tubular...
This style of heater can be manufactured to almost any shape you require. They are typically rectangular in cross-section and can handle application temperatures of up to 1500°F. Coil heaters...
Tubular heaters are highly adaptable to most applications where electrical heating is required. They can be used in their straight form or bent into various shapes. Tubular heaters can be...
Vented cover enclosing NEMA 1 terminal box. Optional NEMA 4 (moisture resistant), NEMA 7 (explosion resistant), and NEMA 12 (dust resistant). 3 1/4" (89mm) of mineral insulation in an aluminized...