Corrosion-resistant single-head electric heating tube

Product Introduction 1. Structural Overview:
Use a corrosion-resistant metal tube (usually titanium) as the outer casing of the element. An electric heating wire is placed in the tube, and the gaps are tightly filled with crystals with good thermal conductivity and insulation. Magnesium oxide. The terminals are molded from corrosion-resistant rubber-plastic composite material. Recommended specifications: ︿︿
Corrosion-resistant single-head electric heating tube Use: widely used in marine aquaculture, chemical industry, and field operations.
Corrosion-resistant single-head electric heating tube voltage: - Power: /support
Recommended specifications:︿︿
2. Anti-corrosion method:
. The outer casing is made of anti-corrosion titanium material
.The shell is made of 3 stainless steel
3. A layer of high anti-corrosion polytetrafluoroethylene casing is added outside the ordinary metal material
. A layer of temperature-resistant and corrosion-resistant ceramic material is sintered on the outer surface of the ordinary metal pipe.
3. Differences:
Titanium tube anti-corrosion electric heating tube has strong anti-corrosion ability, small mass density, light weight, but high price, high power density, common specifications, pipe diameter and, normal design power - per meter< br/> 3 Anti-corrosion electric heating pipes have average anti-corrosion capabilities, moderate prices, high power density, common specifications, pipe diameters and, normal design power - per meter
4. Calculation of calorific value
You can use a voltage regulator Change the amount of heat generated by changing the input voltage and current. The calorific value is proportional to the square of the voltage and the square of the current. When the voltage becomes /, the calorific value becomes /. When the current becomes /, the calorific value also becomes /.
5. Advantages of corrosion-resistant single-head electric heating pipe
Small diameter, can achieve 3-.
, the length is not limited, you can do -.
The power is high and can be achieved (surface area watts / square centimeter), and even abroad can be achieved (surface area watts / square centimeter).
6. Performance requirements
The cold leakage current and the leakage current after the water pressure and sealing test should not exceed.
When multiple components are connected in series to the power supply, this group of components should be considered as a whole Carry out leakage current test.
Ability to withstand power on and off. Components should be able to undergo multiple power on and off tests under specified test conditions without damage