Dgqtrx 5.5kw 240v Hot Tub Heater Element Replacement

Dgqtrx 5.5kw 240v Hot Tub Heater Element Replacement for Balboa Spa Heater Element for Swimming Pools or Spas Electric Heater
- 【Easy Install 】Easily install the heating element in a short period of time. Just screw it on and it will work! Note: The heater shell must be a Flo-Thru metal tube
- 【Function】hot tub heater replacement can repair heating problems in the hot tub, with the ability to maintain a constant temperature and quickly heat the required area
- 【Excellent Choice】 The 5.5kw 240v hot tub heating element can quickly heat your hot tub pool or spa, allowing you to better enjoy bathing, resist cold troubles, and enjoy the warmth of life.
- 【High Quality】 The balboa spa heater element are made of titanium steel, which has good corrosion resistance and high thermal strength. And it is very durable.
- 【3-Year Warranty】If you are not satisfied with the product, we deeply apologize. Please contact us as soon as possible so that we can quickly resolve the issue. Customer satisfaction is our unremitting pursuit.
SKU: | B0C9Y5J7QN |
Weight: | 8.8 ounces |
Dimensions: | 10 x 1 x 1 inches |
Model: | TG 5.5kw |
Manufacture: | Dgqtrx |
Origin: | China |
Product Description


5.5KW 240V 10″ Titanium Flo-Thru Universal Heating Element
- Product Parameter:5.5kw 240v
- Product Size:10in
- Fabrication Materials:Titanium
- With two 2.9in circles
High Quality Hot Tub Heating Element High with Highlights
- Rapid Heating
- Durable
- Easy to install
Why choose titanium manufacturing?
- Titanium does not contain iron and will not rust or corrode
- Titanium is not a coating and can resist erosion and oxidation, which is 10 times better than nickel alloy elements. Titanium is the best heater material for salt systems and aggressive water conditions.
Why does titanium not produce scale on the surface?
- Titanium will produce a layer of continuously migrating dioxide film to the surface, stripping most of the scale.
- Titanium also lacks magnetism and does not attract potentially corrosive materials.
Why can titanium resist structural fatigue?
- Titanium has a very low thermal expansion rate, greatly reducing the structural fatigue and fracture of components.
- In addition, the surface pores of titanium do not open during heating, thereby blocking harmful chemicals and particles