Tel: +86-532-83130887 Email: eiffel@qdhaijia.net
| Quantity: | |
|---|---|
HJ-C21
HAIJIA
| Application | water jet loom |
| Reed width | 150cm~360cm |
| Maximum revolution speed | 800rpm |
| Number of weft cycle | 12 |
| Heald frame spacing | 12mm |
| Maximum heald lifting | 14 pcs |
| Heddle specification | 280MM |
| Shedding capacity | 54mm-110mm |
The maximum of heald lifting is 14 pieces,which can meet the demand of specific type of shedding .
The overall casting box structure and optimized design employ a four-axis machining center for one-time clamping, with higher accuracy of associated dimensions, effectively reducing vibration and noise generated during equipment operation, and making it more suitable for the production of high-speed, wide-reed, and heavy fabrics. It has a rapid oil drain joint that makes oil change and draining simple and quick.
The frame structure adopt the integrated bending steel plate cross beam and electrophoretic powder coating method,with fully enclosed cover,which improves the safety,waterproof and anti-corrosion of the whole machine.
| Application | water jet loom |
| Reed width | 150cm~360cm |
| Maximum revolution speed | 800rpm |
| Number of weft cycle | 12 |
| Heald frame spacing | 12mm |
| Maximum heald lifting | 14 pcs |
| Heddle specification | 280MM |
| Shedding capacity | 54mm-110mm |
The maximum of heald lifting is 14 pieces,which can meet the demand of specific type of shedding .
The overall casting box structure and optimized design employ a four-axis machining center for one-time clamping, with higher accuracy of associated dimensions, effectively reducing vibration and noise generated during equipment operation, and making it more suitable for the production of high-speed, wide-reed, and heavy fabrics. It has a rapid oil drain joint that makes oil change and draining simple and quick.
The frame structure adopt the integrated bending steel plate cross beam and electrophoretic powder coating method,with fully enclosed cover,which improves the safety,waterproof and anti-corrosion of the whole machine.
