Quick Link Bale Tie Wire

52 Views
Material: Galvanized High Strength Steel Wire,according to DIN 17223 or upon request. Surface: Hot dipped Galvanized  Tensile Strength: 1400 - 1700 N/mm2 or as per client request. Diameter: 2.00mm to 4.00mm. Bale ties length 2.1meters to 4.5meters.  Breaking Load at loop: 975 to 1050kg mini. ISO9001:2008 & CE Verified Have exported to USA, Europe, Austrila.  Packing: 20kg -1000kg/coil or 100-125pcs/bundle, then in wooden case, wooden pallet, or straight in bundles
Privacy Policy: Samples are free within a certain price range

product detail

Cotton bale tie wire is also named quick link bale ties. Our Cotton bale tie wire is manufactured using high tensile wire. Quick link reduces your overall installed cost on your baling procedure with its quick link tying method.

 

Specification

  • Material: Galvanized High Strength Steel Wire,according to DIN 17223 or upon request.
  • Surface: Hot dipped Galvanized 
  • Tensile Strength: 1400 – 1700 N/mm2 or as per client request.
  • Diameter: 2.00mm to 4.00mm.
  • Bale ties length 2.1meters to 4.5meters. 
  • Breaking Load at loop: 975 to 1050kg mini.
  • Package: within lengthwise bundles. Well wrapped and protected. 100pcs/Bundle, 22Tons/20ft container.
  • Uses: Quick link bale ties for packaging all types of expanding fibrous material cotton, synthetic fiber, wool, waste, etc. It is suitable for hand tying and automated systems.

 

 

 

 

Cotton Bale Tie Wire Connection 533x400 Cotton Bale Tie Wire Side 533x400

            Detail of both side of cotton bale tie wire.                                   Connection of cotton bale tie wire.

Specification

wire gauge

length

roll weight

roll pcs

15ga

10″

23.3kg

5000pcs

16ga

4″

12kg

5000pcs

16ga

5″

13.2kg

5000pcs

16ga

6″

14.8kg

5000pcs

16ga

10″

22kg

5000pcs

18ga

4″

9kg

5000pcs

19ga

7″

5.4kg

5000pcs

201512721524119078

 

201512721525545909

How to use the cotton bale ties?

201512721533248760

First step: Press quicklink around bale, place wire ends A and B together.

201512721541898635

Second step: snap ends A and B together.

20151272155312456

Third step: pull the wire loops to form a figure 8.

201512721553615870

send inquiry

Send Inquiry
Close Inquiry Basket

Send Inquiry
Close

Send Inquiry
Close
MessageInquiry BasketBack to top
Close Inquiry Basket

Send Inquiry

Send Inquiry