Non-Slip Aluminum /Aluminum Alloy Rod Breakdown Machine or Wire Drawing Machine
Negotiable /Set
Min.Order:1 Set
Deyang Dongjiagang Electric Wire And Cable Machinery Corp., Ltd.
COPPER ROD BREAKDOWN MACHINE WITH ANNEALING (LOW NOISE)-COPPER WIRE PRODUCTION MACHINE
Aluminum alloy rod breakdown machine with 13 drawing dies(al.alloy wire production line)
8MM Copper Rod Breakdown Machine or Copper Wire Drawing Machine with 13 drawing dies
Aluminum rod breakdown machine or aluminum wire drawing machine with 13 dies
8MM Copper rod breakdown machine or wire drawing machine with annealing
8MM Copper rod breakdown machine or copper wire drawing machine LHD450
Dongjiagang was founded in March 2005, is a national hi-tech enterprise specialized in the manufacture of wire and cable machineryand equipment. We make more than 90 kinds of products, which are well sold to south Asia, the ,middle east, Europe and America.
Certificated in the international quality management system ISO 9001:2008 and operating under the Enterprise Resource Planning (ERP) system, Dongjiagang always adheres to its core concept of value, i.e. Honesty and Credibility, Respect for individuals, Win-win success, and Maximizing Customer's Satisfication while upholding its quality policy as Honest Operations, Pragmatic Development, Manufacturing Competitive Products, and making Technological Innovations. Dongjiagang is making every effort to make constant improvement in research and innovation and the quality of the products.
Main components
Rotary arm pay-off stand, host drawing machine, drawing oil supply system, accumulator, pneumatic dual spooler, PLC electric system, tareading & pointing unit
Main techinical data
Model | Drawing pass | Inlet diameter (mm) | Outlet diameter (mm) | Delivery speed (m/s) | Technical features |
LFD450/11HP | 11 | 9.5 | Round wire: 2.3~4.5 | 13~22 | Single spooler for shaped wire |
Shaped wire: 7~16mm2 | |||||
LFD450/13HP | 13 | 9.5 | Round wire: 1.8~4.5 | 13~25 | |
Shaped wire: 5~16mm2 |
standard export packaging or as customer's requirments.