Inline Heater

Product Details:

Circulation Inline Heater instantly heat fluids that are passed through the unit. Upon exiting the heater, the fluids are consumed for their intended use and are not re-circulated. Inline heaters are usually electric and feature a high-output heat source. They provide enough heat to maintain temperature in a closed system and also impart enough heat to a fluid for immediate use. Specifications for in-line heaters include heater type, application, fuel or energy source, sleeve or sheath material, insulation options, and element type. Maximum temperature, maximum air flow, heating capacity, power requirements, and induction heater outputs are also important parameters to consider.

Inline Heater may be portable or fixed and are used in heating of oils or other viscous liquid to desired elevated temperature. Fuel oils are heated to pumping temperature or higher temperature for firing .Easy to handle, safe to operate.

Features:

• Tubular , Cartridge or Open Boobin can be used as per applciation requirement.

• Direct Heating for maximum heat transfer.

• Long trouble free service

• Heating elements positioned close to the outside surface for maximum heat transfer, minimum core temperature and faster heating

• Heating element supported on high quality ceramic and solidly packed magnesium oxide

• Insulators made from typical properties of ceramics such as cordierite, steatite , etc.

• Excellent physical, thermal and electrical properties

• Easy replacement

• Very low watt density on casing pipes ensures longer life of elements

• Custom made to suit your requirements

• Two thermostats one for Safety and another for Control

Applications:

• FO, HFO, Fuel Oils
• Thermic Fluid
• Water
• Mildly corrosive solutions
• Demineralized water

Product Details:

Tristar Engineering & Chemical Co has been manufacturing high quality Inline Circulation Heater for over three decades. These devices have been built for many companies on a custom order basis. Based on this experience and increased demand, we created a family of Horizontal Inline Cartridge type heaters which can be modularly assembled from a set of components to provide the best of both standardization and flexibility. Robust design, high quality materials and workmanship provide long life and performance margin.

Inline Heaters instantly heat fluids that are passed through the device. Upon exiting the heater, the fluids are consumed for their intended use and are not re-circulated. Inline heaters are usually electric and feature a high-output heat source. They do not provide enough heat to maintain temperature in a closed system, but impart enough heat to a fluid for immediate use.

Specifications for Inline Heaters include heater type, application, fuel or energy source, sleeve or sheath material, insulation options, and element or emitter type. Maximum temperature, maximum air flow, heating capacity, power requirements, and induction heater outputs are also important parameters to consider.

Inline heaters may be portable or fixed and are used in heating of oils or other viscous liquid to desired elevated temperature. Fuel oils are heated to pumping temperature or higher temperature for firing .Easy to handle, safe to operate.

Features:

• Designed to heat flowing fluids including gasses

• The heater consists of inlet from where the fluid enters the vessel chamber and moves over the heating elements picking up heat evenly towards the outlet on the other end of the vessel.

• Element construction - Tubular or Cartridge

• Connection type –Flanged / Threaded
  

• Long trouble free service

• Sheaths of precision dimensions and tolerances for intimate contact with reamed holes

• Heating elements positioned close to the outside surface for maximum heat transfer, minimum core temperature and faster heating

• Heating element supported on high quality ceramic and solidly packed magnesium oxide

• Insulators made from typical properties of ceramics such as cordierite , steatite , etc.

• Excellent physical, thermal and electrical properties

• Easy replacement

• Very low watt density on casing pipes ensures longer life of elements

• Custom made to suit your requirements

• Two thermostats one for Safety and another for Control

Applications:

• Semiconductor processing
• Curing and drying
• Electronics
• Heat Shrinking
• Thermal forming/ sealing

Additional Information:

• Production Capacity: 96000
• Delivery Time: 3-4 Weeks
• Packaging Details: Crate or Box Packing as per client requirement.