Infrared Radiation Filter Welding Machine (ZB-HW-1025)
|FOB Price:||US $8,000-15,000 / Piece|
|Min. Order:||1 Piece|
|Min. Order||FOB Price|
|1 Piece||US $8,000-15,000/ Piece|
|Production Capacity:||20sets/ Month|
|Transport Package:||Wooden Case|
|Payment Terms:||L/C, T/T|
- Model NO.: ZB-HW-1025
- Application: Liquid
- Output Power: 8kw
- Pressure: 0.8MPa
- Material: Paper Core
- Filtration Grade: Hepa Filter
- Brand: Zhenbo
- Trademark: NEW STAR
- Origin: China
- Type: Fuel Filter
- Welding Area: Diameter 100mm
- Welding Time: 0.99s
- Dimension: 1800*1200*1700mm
- Structure: Hydraulic Filter
- Pattern: Wet
- Classification: Fuel Filter
- Specification: CE, ISO
- HS Code: 8515809090
The heat transmission from of infrared welding is radiation heat transfer, it transfers energy by electromagnetic wave. When the wavelength of electromagnetic waves emitted by heated objects and consistent absorption wavelength, heated wavelength of electromagnetic waves absorbed by the object, then there is an internal molecular and atomic resonance make the object temperature reach higher to the heating purposes.
Non-stick mode: Infrared welding using a non-contact heating, at the source to solve the "stick mode" phenomenon.
Energy Saving: infrared heaters work only when the hot melt, the whole work is one-third of the energy consumption of conventional hot plate.
Infrared heating rate fast, without pre-heating, can be achieved in an instant set temperature.
Dual start button and emergency stop button designed to ensure safety.
Automobile parts(such as: automotive tail lights, instrument console air passage, fuel filters, engine peripheral pipes, etc.)
Other (eg: filter tube environmental treatment equipment, beer storage tanks, etc)
Please tell us following information:
1. The material of the product;
2. The definite size of the products;
3. Welding requirements;
4.3D drawing if you have;
5. It's better if you can send us the picture of workpieces or sample;
6. We can also make the welding machine according to your welding requirement;