Delivery Time:45-60 days after deposit
Certification:ISO9001, CE
Blue Waste Tyre Recycling Equipment Deal With The Steel Bead Wires , No Waste Gas
Application:Nylon tires /steel wire tire ;rubber powder and granules;Steel and fiber removal;Separate Steel and Fiber Mesh:2-120mesh Feature:automatic;machine small space;Low energy consumption;No polluted water;No waste gas;No waste residue;high efficiency Tyres diameter: less than 1.2 meters Capacity/ year:1000-10000T Color:Blue
Whole Tire Recycling Process
1. Deal with the steel bead wires
2. Cut big tyres into pieces if necessary
3. Shred tyres into small block smaller than 6cm
4. Grind the block into rubber granules mixed with steel wire and fiber
5. Remove the steel wires and fiber
6. Make pure rubber powder
Description:
The line is complete automatic tire recycling line, from drawing out bead wires, crushing the whole tyre, separating the thin steel and fiber to the rubber powder, The line is recycling the waste tyre under the normal temperature.
We have standard capacities : 500kg/hr, 1000kg/hr, 1500kg/hr,....
This line is specially for nylon tires. Compared with GLP-3000B system, although the capacity is some smaller, it can remove the fabric very clean.
Whole Tire Recycling Process
1. Deal with the steel bead wires
2. Cut big tyres into pieces if necessary
3. Shred tyres into small block smaller than 6cm
4. Grind the block into rubber granules mixed with steel wire and fiber
5. Remove the steel wires and fiber
6. Make pure rubber powder
Applications:
This line is mainly for dealing with Nylon tyre smaller than 1200mm diameter, to make pure rubber powder and granules.
Specifications:
|
Model |
Capacity |
|
GLP-1000 |
1000ton per year @2-5mm,@30-100mesh |
|
GLP-1500 |
1500ton per year @3mm,@30-100mesh |
|
GLP-3000 |
3000ton per year @3mm,@30-100mesh |
|
GLP-6000 |
6000ton per year @3mm,@30-100mesh |
|
GLP-10000 |
10000ton per year @3mm,@30-100mesh |
Competitive Advantage:
1. Granulate waste tires into fine rubber powder of 2-120mesh, and separate steel, fiber completely at normal temperature.
2. Compact structure, small space and easy maintenance
3. Low energy consumption and good cost performance of investment
4. High-automatic and programmed control, higher operation stability and more efficient running
5. No polluted water, no waste gas and no waste residue during production process
6. Can design with PLC control
