China Renewable Design for Batching Device - FC(ll)Chopped Stitch Bonding Machine – Yixun factory and manufacturers

Renewable Design for Batching Device - FC(ll)Chopped Stitch Bonding Machine – Yixun

Short Description:

Product Detail

Product Tags

Feedback (2)

Assume full responsibility to meet all demands of our clients; achieve continuous advancements by promoting the growth of our clients; become the final permanent cooperative partner of clients and maximize the interests of clients for Geocomposite , Sinker , Fiberglass Multi-Axial Fabric , We have been searching ahead to even better cooperation with overseas buyers dependant on mutual benefits. Be sure to really feel totally free to speak to us for additional element!

Renewable Design for Batching Device - FC(ll)Chopped Stitch Bonding Machine – Yixun Detail:

*This machine is used for producing chopped strand mat,compound mat

Application Case

Glass Fiber3

General assembly drawing

Glass Fiber3

Specifications

Width	116 inches
Gauge	E7
Speed	50-1300r/min (The specific speed depend the products.)
Bar Number	1 Bars
Pattern Drive	Pattern Disc
Warp Beam Support	30 inches beam.EBC
Take-up Device	Electronic Take-up
Batching Device	Friction Batching With Press Roller
Chopped Device	1 Chopped Device,Servo System Controlling.
Feeding Equipment	Parallel feeding Servo System Controlling
Power	15kW
This type’ s machine could be personal designed

Product Video

Your browser does not support video tags.

Product detail pictures:

Related Product Guide:

Our team through professional training. Skilled professional knowledge, strong sense of service, to meet the service needs of customers for Renewable Design for Batching Device - FC(ll)Chopped Stitch Bonding Machine – Yixun , The product will supply to all over the world, such as: UK, Tunisia, Latvia, We also have the strong ability of integration to supply our best service, and plan to build the warehouse in the different countries around the world, that will be more conveniently to service our customers.

Cloth Mat