Tubular Elements that are normally used in forced or free convection air applications at low to medium temperatures
Direct Immersion Heaters with the benefit of servicing the heater without draining the tank
Screw Plug Immersion Heaters are made of tubular elements, which are brazed or welded into a machined NPT thread fitting. MPI Morheat Screwplug Immersion Heaters are meant to be screwed directly through a threaded coupling in a pipe, tank wall, or vessel. Screwplug Immersion Heaters are typically used to heat up gases and liquids contained in a tank, vessel, or pipe.
MPI Morheat designs and manufactures screw plug immersion heaters on a per order basis, so custom configurations are welcome. MPI heating elements are offered in a variety of materials suited for several different heating applications. MPI offers optional terminal housing for indoor, outdoor and hazardous environments.
Many custom options are available including Thermowell’s fitted with a Thermocouple or RTD.
Flanged Immersion Heaters are made of tubular elements, which are brazed or welded into an ANSI or plate flange. Flange Immersion Heaters are intended for immersion into gas or fluid tanks. These heaters are installed via a flanged port in the tank, vessel, or pipe.
MPI offers Flanged Tubular Heaters in a variety of flange sizes and materials to suit several different applications. MPI offers several different materials for the tubular elements to function in many applications. Several different terminal housing options are available including solutions for indoor, outdoor, or hazardous locations.
Many custom configurations are available including Thermowell’s fitted with a Thermocouple or RTD.
MPI Morheat Over-the-Side Immersion Heaters are a good solution for applications where drilling a hole into the tank wall is either not possible or not desirable. MPI manufactures Over-the-Side Immersion Heaters in a variety of sizes, materials, and configurations.
Over-the-Side Immersion Heaters are designed for installation via the top of the tank, with its heated portion directly immersed along the bottom or the side of the tank. This ensures simple and easy removal and sufficient working space inside the tank.
MPI Morheat manufactures Tubular Heaters in-house. Tubular heaters are the most widely used, dependable heater in the industry as they can be bent to virtually any shape. These traits make Tubular Heaters an ideal solution for many different applications.
MPI Uses Nichrome A (80-20) wire to delivery even heat distribution to the tubular element sheath. High purity magnesium oxide (MgO) is used as insulation between the resistance wire and the outer sheath to ensure optimal thermal transfer and insulation resistance.
MPI manufactures Tubular Heaters with a variety of custom terminations and mounting options to fit your specific application.
Finned tubular elements are typically used to head air or other gases. MPI offers a carbon steel construction combined with a high temperature and corrosion resistant stainless-steel construction as standard. Similar to regular Tubular Heaters, Finned Tubular Heater can be bent to several different shapes and be fitted with custom terminations and mounting options.
MPI Morheat stocks Flexible Tubular Heaters for same day shipping. Flexible Tubular Heaters are completely flexible and can be shaped around many objects including pipes, along platen paths, and into other irregular shapes. MPI has several terminations and mounting options to suit several different applications. MPI Flexible Tubular Heaters are an excellent replacement option for standard tubular heaters.
MPI Flexible Tubular Heaters are made with a stainless-steel sheath and can handle temperatures of up to 1290°F (700°C). MPI Flexible Tubular Heaters can be easily installed by hand (requires no special tools).
MPI Morheat is a manufacturer of Manifold Tubular Heaters. MPI Manifold Tubular Heaters are typically used in hot runner systems. MPI can replace Manifold Tubular Heaters and is able to install the replacements in the manifolds. Please contact us for more information or click on the Get Help button now.