High Temperature Pipe Insulation Glass Fiber Heating Hot Ribbon 220V 450 ℃

- Brand new and high quality

- Made of high quality materials,

- Glass fiber ribbon heater is applicable to the heating and insulation of tanks, pipes, tanks and other containers of various industrial equipment. It is mainly composed of electric heating materials and insulating materials. The electric heating materials are nickel chromium alloy strips, which are characterized by fast heating, high thermal efficiency, long service life, etc. The insulating materials are multi-layer alkali glass fibers, which have good temperature resistance and reliable insulation performance.

- The utility model has soft structure, can be directly wound on the of the heated part for heating when in use, and has uniform temperature, simple installation and convenient use.

- Instructions for use of glass fiber ribbon heater:

- Suitable for dry relative humidity and non explosive gas occasions.

- In order to reduce the heat loss, the thermal insulation layer shall be added outside the heating.

- If it is wound on the valve and other uneven devices, a narrow shall be used to make the heating contact the heated device well.

- At overlapping winding points, metal sheets shall be used for separation to assist heat dissipation, otherwise the overlapping points will be overheated, leading to early damage.

Specifications:

- Type: fiberglass ribbon heater

- Model: 20mm, 30mm, 50mm(optional)

- Normal temperature resistance: 48(Ω)

- temperature: 0-200(℃)

- Maximum voltage: 380(V)

- Power: 100(W)

- Temperature resistance: 450(℃)

- Insulation material: multi-layer alkali glass fiber

- Electric heating material: nickel chromium alloy belt

- Power: 220V/100W-1m

- Main applications: pipe, valve, vessel heating

Package includes:

* Glass fiber ribbon heater(optional)

Notes: . Due to various factors such as display brightness and light brightness, the actual color of the product may be slightly different from the website picture. 2. Please allow a slight deviation between the data and the manual measurement.