Aftermarket heating fin pipe finned tube heater

Aftermarket heating fin pipe,finned tube heater

Heating fin pipe is the most versatile, dependable and rugged of any heat generating device. These qualities make heating fin pipe an ideal heat source for many applications. Heating fin pipe is the core of the most common heating solutions found today.

Heating fin pipe manufactured by Detai Electronical is made of the highest quality of materials. This gives you the most dependable heat source for your specific needs. When you have to rely on heat to get the job done, you can rely on Detai heating fin pipe to do it right. 
  heating fin pipe  is a mineral insulated, metal-sheathed electric resistance heater. 

Components of heating fin pipe
 

Detai uses high quality heating wire, "A" grade magnesium oxide, and the highest quality tubing. Filling machines and roll reduction equipment are expertly maintained to manufacturer's tolerances, and final test equipment is fully calibrated. You can expect high quality from our heating fin pipe.
 

Heating fin pipe has 4 basic components

1. Metal Sheath
2. Magnesium oxide (MgO)
3. Helix resistance coil
4. Cold section at each end

Here Is what makes the Detai heating fin pipe your obvious choice!

1. A variety of sheath materials are available for different application conditions. These take into account corrosion and temperature factors. Let us help you choose the optimum sheath material to ensure the longest possible life for your application. Sheath materials include:

a. Incoloy 800
b. Incoloy 840
c. Stainless steel 304
d. Stainless steel 316
e. Stainless steel 321

2. Only grade "A", high purity, MgO is used in all Detai heaters. This material contributes to better heat transfer properties and higher electrical insulation from the sheath. The result is a high quality heater which meets the rigorous demands of industrial process applications.

3. The heating fin pipe in all heaters made by Detai is a premium grade one, which offers higher temperature capabilities and mechanical strength. As with the MgO insulation, a superiror heater component leads to a superior element. 

4. The heating fin pipe requires a cold section at each end to keep the electrical terminals from overheating. A steel pin of the desired length is used for this purpose. It is spot welded to the helix coil element for a secure connection. In the final step of assembly, the pin is exposed at each end of the element and is ready to accept a variety of terminal options.

Why is heating fin pipe so widely accepted for process heating?

• Extremely rugged
• Can be formed into many unique and complex shapes
• Can be finned for improved forced air heat transfer
• Easy to precisely control the heat output to perfectly match your process requirements
• Low capital cost
• Negligible maintenance
• Can be used in virtually every industrial environment up to about 1292°F (700°C)
• Has a proven track record of over many years and applications.