Contact Us

Double‑U Tubular Heater With Wire Terminals

Product Description

This double‑U shaped tubular heater is a green anti‑oxidation dry‑burn heating element for air heating. It is made of coated sheath, nickel‑chromium resistance wire and high‑purity magnesium oxide filler. Lead‑wire terminals bring convenient wiring. Widely suitable for ovens, drying cabinets and industrial heating equipment. Voltage, power and tube length can be fully customized

Material:
High-temperature resistant metal tube, Ni-Cr heating wire, MGO insulating powder
Transport Package:
Carton Box with Foam Shockproof Protection
Form:
M-shape tubular heating element with extended lead terminals
Specification:
Customizable voltage, wattage, tube diameter, bending size and terminal length
Shape:
M-shape bent tubular form with extended terminals
Resistance Wire:
Ocr25al5 or Ni80cr20
Voltage:
Working voltage can be customized
MGO:
High Grade
Watt:
Heating power can be customized
Tube Diameter: 
Multiple optional outer tube diameters
Product Name:
Double‑U Tubular Heater With Wire Terminals
Usage:
Used for air dry-burn heating in industrial ovens, drying cabinets and other air-heating equipment





Features

  1. Double‑U bending structure, large heating area for fast and uniform heat distribution

  2. Green high‑temperature anti‑oxidation coating, long service‑life for dry‑burn working

  3. Lead‑wire terminal design, simple and convenient wiring installation

  4. Nickel‑chromium resistance wire, stable and consistent heat output

  5. Fully customizable voltage, power, tube dimension and lead‑wire length


Package delivery

Each double‑U tubular heater is wrapped with bubble film to prevent surface scratches and bending deformation, then packed into an individual small carton. 12 pieces are packed in one export outer carton. Shock‑absorbing packaging can well protect the heating tubes during long‑distance sea, air or express shipment. We can arrange sea freight, air freight or courier delivery according to your requirements.

Download

    None