High Purity MgO Flat Flange Immersion Heater / Hot Water Immersion Heater

Flat Flange Immersion Heater For Hot Water

Description 

Flat flange immersion heater is make of seamless stainless steel tube, high-quality Mgo, high Ohm NiCr alloy wire, and then winned with stainless steel fin. Flat flange immersion heater is more heat exchange efficient than common electric heating tube, which means immersion heater element could standard 3 to 4 times wattage. Flat flange immersion heater is made of advanced production equipment and through strict quality test. Characteristic fast temperature rise heating uniformity heating exchange efficiently long-time usage appliance.    
Flat flange immersion heater is a tube-shaped, heavy-duty, industrial joule heating element (electrical resistance) used in the process heating industry, usually custom manufactured to a specific watt density, based on its intended application. Highly compacted they reach a surface watt density of up to 30 w/cm². 
It may be used to heat any kind of substance or material, such as oil, air, or sugar. However, a common application is plastic pellets, which are melted in order to for molded plastic parts. An example of such a process is the "hot runner" process. Flat flange immersion heater resemble tubular heaters structurally but tend to have higher watt densities.
 

Specification

Tube diameter: Φ4mm-Φ30mm
Tube Material: SS304, SS316, SS321 and NICOLOY800 etc
Insulation Material: High-purity MgO
Conductor Material: Ni-Cr or Fe-Cr-Al Resistance Heating Wire
Wattage density: high/middle/low (5-25w/cm2)
Lead Connection Option: Crimped or Swaged leads
Lead wire type: 10" Standard (/silicone high temperature fiberglass)
 

Feature

1. Easy to install, control and maintain
2. For many applications: water, oil, heat transfer fluid, and corrosive solutions, Gas, Steam
3. High power is available, various material
4. Safe, efficient

Application 

1. Liquid Immersion
2. Plastic Molds 
3. Dies
4. Labeling
5. Medical Equipment
6. Platens 
7. Packaging Equipment 
8. Hot Stamping 
9. Sealing
10. Injection Molding