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... |