JSD508-210 double nozzle plain water jet loom

JSD508-210 double nozzle plain water jet loom
Model:JSD508-210
Brand:JSD TM
Origin:Made In China
Category:Industrial Supplies / Textile Machinery Parts
Label:JSD water jet loom , JSD weaving machine , JSD high speed shutt
Price: -
Min. Order:4 pc

Product Description

JSD2000 and JSD508 series water jet looms manufactured by us including 150cm, 170cm, 190cm, 210cm, 230cm width and wide machine equipment. We have done a new improvement on high speed running component, applicability and high rigidity of frames structure and weft insertion part.  What’s more, we take the new sandblasting automobile anti-rusting painting process use on appearance. It turns out to be faster loom speed, higher intensity, longer lifetime and more energy saving, at the same time reduce maintenance fee of machine, workers’ labor intensity and improve productivity effect. Our machine will be more competitive in the market at home and abroad.

JSD508-210 double nozzle plain water jet loom
Nominal reed width:210cm
Valid fabric width:160cm- 208cm
Range of counts and Fabric weight
Can use for weaving viscose filament and chemical fiber and other hydrophobicity fabric. It 

can fit for 40- 460dtex filament, some can reach 30- 1000dtex. The normal range of fabric 

weight is 50- 400g/m2, some fabric weight can reach 600g/m2.
The number of weft yarns color: 2 color, can choice single nozzle, three nozzle, four 

nozzle and six nozzle
The feeder: Electronic feeder
Weft insertion: Electronic automatic photoelectric detection
Beating: There section eccentric solid beat
Let off and Take up: Mechanical Let-off and Take- up (option: electric take-up and let-off)
Main motor capacity: 2.4KW
Shedding: Plain, the option is dobby, cam and jacquard
Lubrication way: centralized supply

JSD508-210 double nozzle plain water jet loom 1

Member Information

China JSD textile machinery Co.,Ltd
Country/Region:Jiang Su - China
Business Nature:Manufacturer
Phone:18806256222
Contact:Stella wu (sales man)
Last Online:12 Aug, 2015