Hot New Products Air Nozzle - WT858V #9000 type velvet top grade double beam water jet loom – WINTOP
Hot New Products Air Nozzle - WT858V #9000 type velvet top grade double beam water jet loom – WINTOP Detail:
Production Description
Temple ironing selvedge device of velvet water jet loom.effectively stretch the fabric,to avoid fabric shrinkage due to high tension affect weaving quality and product efficiency.The ironing device can realize ideal selvedge,which is convenient for subsequent processing.
High grade velvet products are demand for high lift quality.The special weft insertion can be improved in efficiency and reduced the energy consumption.This mode not friction with the warp edge yarn to produce feather plate,and shuttled phenomenon not occur.This is other velvet loom(rapier loom,shuttle loom)that cannot compared.
Specification
Suitable for chemical filament and #9000 velvet fabric
| Reed width | 190cm |
| Reduction | 60cm |
| Motor | 3.7kw |
| Take up | mechanical velvet fabric directly take up(opposite to normal),Needle cloth take up roller,special guide fabric plate,down-mounted felt pressing cloth roller. |
Product detail pictures:
Related Product Guide:
Our company aims to operating faithfully, serving to all of our customers , and working in new technology and new machine constantly for Hot New Products Air Nozzle - WT858V #9000 type velvet top grade double beam water jet loom – WINTOP, The product will supply to all over the world, such as: Turkey, Melbourne, The Swiss, We maintain long-term efforts and self-criticism, which helps us and improvement constantly. We strive to improve customer efficiency to save costs for customers. We do our best to improve the quality of product. We will not live up to the historic opportunity of the times.
By Honorio from Malta - 2017.01.28 19:59
We have been engaged in this industry for many years, we appreciate the work attitude and production capacity of the company, this is a reputable and professional manufacturer.
By EliecerJimenez from Bulgaria - 2018.09.08 17:09
