Anti Corrosion Immersion Tubular Heating Element with Coated PTFE

• Certification: ISO9001, CE
• Type: Electric Coil
• Material: Stainless Steel
• Form: Heating Wire
• Shape: Tubular
• Temperature Resistance: Maximum 1000 Centi Degree
• Model NO.: YC-TH013
• Power Tolerance: -5%-0%
• Voltage: 12-480V(Customized)
• Length: 10mm to 6000mm(Customized)
• Transport Package: Carton or Wooden Box
• Specification: customized
• Trademark: VINSON
• Origin: China
• HS Code: 85168000
• Production Capacity: 500PCS/Week

Product Description

Vinson Immersion heaters are made using hairpin or bugle type tubular elements using incoloy or PTFE sheathed elements that are welded or silver-brazed into a pipe or steel flange. Perfectly designed to be mounted in tanks and pressurized vessels, Vinson immersion heaters are used for heating liquid mediums or other specific types of liquids, and for heating gases (water, oil, heat transfer fluid, and corrosive solutions).

 

Tubular diameter	8.5-12mm
Tube Material	Spray fluoroplastics, fluoroplastics sleeve, titanium
Shape	"L", "I", "circle", "m" and so on.
Wattage Tolerance	+5%, -10%
Resistance tolerance	+10%, -5%
Dielectric strength	1500v. 1/sec
Insulation (when cold)	5 Min Ohms 500 Watts minimum
5 Min Ohms 500 Watts minimum	<=0.1mA to 242 v.

 

PTFE heater is the best choice for heating, condensing, evaporating and condensing corrosive liquid such as electroplating,electrolysis, degreasing, pickling, electroless nickel plating, phosphorus plating, anodized aluminum,smelting, chemical industry, medicine, food, etc.

 

Select high-quality stainless steel (SUS316 or SUS304) electric heating tube inner core and outer PTFE tube (PTFE) to make, with strong corrosion resistance, suitable for heating various corrosive liquids.

Attention shall be paid to the installation position of the electric heater to prevent the solid in the solution from depositing on the surface of the electric heater, or if the liquid is too thick and the liquid level is too low, the PTFE tube (PTFE) will be burned due to the poor heat dissipation on the surface.