Copper Wire Recycling Line

1. Put wires and cables into the crusher, in which they are crushed and plastic sheath and copper separated completely. The length of the crushed material is based on the mesh of the riddle: the bigger the mesh is the longer the crushed material will be and the larger the output will be. The mesh should be chosen in production according to the type of the material.
2. The crushed material (mixture of copper granules and plastic pieces) is conveyed to the separator by the conveyor, during which procedure dust and part of plastic pieces of light weight(including fiber, rope, or tapes, etc. mixed in the wires) are collected by the pressure-reducing blower. The above opening of the pressure reducing blower is connected with the dust collector opening in which a dust collecting bag is used to prevent discharge of dust for the purpose of environmental protection. Dust and part of plastic pieces of light weight are collected in this bag and will be discharged when the bag is full.
3. The separator is used for separating plastic pieces and copper granules. According to the differences of the physical properties and specific gravity between different materials, there is specific gravity deviation under the forces of Aerodynamic and Vibration friction. By adjusting the speed of material conveying and amplitude parameters, copper granules (of larger specific gravity) will move to the riddle bottom and move from down to up, and plastic pieces (of smaller specific gravity) will move to the above of copper granules and move from up to down, and in the end they will both be discharged through different openings.
4. All the units are installed on the Underbed to form a whole structure. The machine is adjusted ready for production before shipping, and the customer only need to connect it to the power supply.

copper wire recycling line Technical Parameters: 

ModelÂ	Recycling capacity	Processed wire dia.	Total power	Voltage	DimensionÂ	WeightÂ
QJF-400-1	80-100kg/h	    0.3-20mm	11.92KW	    Adjustable	1.5*1.5*1.9m	750kg
QJF-400	200-300kg/h		23.12KW		2.7*1.9*2.3m	1200kg
QJF-600A	300-400kg/h		48.36KW		4*1.85*2.4m	3400kg
QJF-600	300-400kg/h		52.36KW		4.3*1.95*2.4m	3400kg
QJF-800	600-700kg/h	0.1-40mm	75.4KW		9.1*2.3*3.54m	8000kg

   
copper wire recycling line Different Models:  




FAQ 
 1.Is there quick-wear part on the machine? 
The spare part of the machine is blades and screen, their use life is more than 2 years, and we could also supply blade sharping machine to you for maintenance.
 2. What's the lognest continuous working time for the recycling machine?   
 Normally 10 hours per day. 
 3.Is the machine easy to operate? How many workers required to operate it? 
We design precise but simple control system for the machine.
For single recycling machine, only one worker is required.
For complete recycling line, two workers are required.

Contact information:  
Attn: Tina Ge 
Mobile:+8615981925357 
 
 

1. Put wires and cables into the crusher, in which they are crushed and plastic sheath and copper separated completely. The length of the crushed material is based on the mesh of the riddle: the bigger the mesh is the longer the crushed material will be and the larger the output will be. The mesh should be chosen in production according to the type of the material.
2. The crushed material (mixture of copper granules and plastic pieces) is conveyed to the separator by the conveyor, during which procedure dust and part of plastic pieces of light weight(including fiber, rope, or tapes, etc. mixed in the wires) are collected by the pressure-reducing blower. The above opening of the pressure reducing blower is connected with the dust collector opening in which a dust collecting bag is used to prevent discharge of dust for the purpose of environmental protection. Dust and part of plastic pieces of light weight are collected in this bag and will be discharged when the bag is full.
3. The separator is used for separating plastic pieces and copper granules. According to the differences of the physical properties and specific gravity between different materials, there is specific gravity deviation under the forces of Aerodynamic and Vibration friction. By adjusting the speed of material conveying and amplitude parameters, copper granules (of larger specific gravity) will move to the riddle bottom and move from down to up, and plastic pieces (of smaller specific gravity) will move to the above of copper granules and move from up to down, and in the end they will both be discharged through different openings.
4. All the units are installed on the Underbed to form a whole structure. The machine is adjusted ready for production before shipping, and the customer only need to connect it to the power supply.

copper wire recycling line Technical Parameters: 

ModelÂ	Recycling capacity	Processed wire dia.	Total power	Voltage	DimensionÂ	WeightÂ
QJF-400-1	80-100kg/h	    0.3-20mm	11.92KW	    Adjustable	1.5*1.5*1.9m	750kg
QJF-400	200-300kg/h		23.12KW		2.7*1.9*2.3m	1200kg
QJF-600A	300-400kg/h		48.36KW		4*1.85*2.4m	3400kg
QJF-600	300-400kg/h		52.36KW		4.3*1.95*2.4m	3400kg
QJF-800	600-700kg/h	0.1-40mm	75.4KW		9.1*2.3*3.54m	8000kg

   
copper wire recycling line Different Models:  




FAQ 
 1.Is there quick-wear part on the machine? 
The spare part of the machine is blades and screen, their use life is more than 2 years, and we could also supply blade sharping machine to you for maintenance.
 2. What's the lognest continuous working time for the recycling machine?   
 Normally 10 hours per day. 
 3.Is the machine easy to operate? How many workers required to operate it? 
We design precise but simple control system for the machine.
For single recycling machine, only one worker is required.
For complete recycling line, two workers are required.

Contact information:  
Attn: Tina Ge 
Mobile:+8615981925357 
 
 

elt blowing is a conventional fabrication method of micro- and nanofibers where a polymer melt is extruded through small nozzles surrounded by high speed blowing gas. The randomly deposited fibers form a nonwoven sheet product applicable for filtration, sorbents, apparels and drug delivery systems. The substantial benefits of melt blowing are simplicity, high specific productivity and solvent-free operation. Choosing an appropriate combination of polymers with optimized rheological and surface properties, scientists have been able to produce melt-blown fibers with an average diameter of down to 36nm.

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