CHANGZHOU LIANGRU INTERNATIONAL TRADE CO., LTD.

Changzhou Liangru International Trade Co.,Ltd Honest supplier Mutual benefit Win-win business

Manufacturer from China
Verified Supplier
9 Years
Home / Products / Textile Machinery Spare Parts /

Satin Weave Below Comber Board Weaving Machine Spare Parts

Contact Now
CHANGZHOU LIANGRU INTERNATIONAL TRADE CO., LTD.
Visit Website
City:changzhou
Province/State:jiangsu
Country/Region:china
Contact Person:MsLiu
Contact Now

Satin Weave Below Comber Board Weaving Machine Spare Parts

Ask Latest Price
Video Channel
Brand Name :LiangRu
Model Number :LR
Certification :ISO9001
Place of Origin :CHINA
MOQ :Different goods has different MOQ
Price :Different goods has different price
Payment Terms :T/T,L/C or others
Supply Ability :sufficient supply
Delivery Time :10-15days
Packaging Details :plywood cases or as you required
classify :Textile Machinery Spare Parts
Use :Loom
Type :parts
shape :long
package :plywood case
more
Contact Now

Add to Cart

Find Similar Videos
View Product Description

Satin Weave Below Comber Board 1152-needle For STAUBLI Trademark Weaving Machine

The Comber Board that we offer is widely used in all types of Jacquard machines such as STAUBLI, MULLER, BONAS, GROSSE, etc. Our Comber Board is appreciated for high durability and longer service life.

Our main products are as jacquard parts, dobby parts, display, Sensors, encoder, and kinds Breadboards, harness installation, frame, heald wire, dropper, cams, HS918 intelligent sectional warping machine, beam, and etc. They are widely applied in rapier, jacquard, air-jet,projectile, water-jet, gripper machine of STAUBLI, BONAS,MULLER,GROSSE, PICANOL,SOMET,TUSDAKOMA,TOYOTA, SULZER,DONNIER ,IRO, BENNINGER,and etc.
We are devoted to absolute sincerity cooperation and determined to make progress. We would like to work together with you to describe the blueprint of textile industry.

Satin Weave Below Comber Board Weaving Machine Spare Parts

Satin Weave Below Comber Board Weaving Machine Spare Parts

Inquiry Cart 0