Waste tire ring steel wire separator separates the wire by crushing
Equipment advantages:
The waste tire rim wire separator is a device specially used to
separate the wire ring from the rubber part of the waste tire.
Its working principle is usually to use mechanical force, friction
or cutting force to effectively separate the tire wire ring from
the rubber.
Common working methods are as follows:
1. Cutting separation: Cut the wire ring part of the tire by
rotating the tool or saw blade to disconnect the wire from the
rubber part, thereby achieving separation.
2. Tearing separation: Use strong pulling force or torsion to tear
the wire ring out of the rubber.
3. Rolling separation: Roll the tire by rollers or pressure rollers
to deform the wire ring and remove it from the rubber.
The waste tire rim wire separator has the following advantages:
1. Improve resource recycling rate: It can effectively recycle the
wire and rubber separately to achieve resource reuse.
2. Environmental protection: Reduce the accumulation of waste tires
and reduce pollution to the environment.
3. Efficient: Compared with manual separation, it greatly improves
work efficiency and reduces labor intensity.
The structure and performance of waste tire rim wire separators of
different models and manufacturers may vary, but the basic working
principle and goal are the same, that is, to achieve efficient
separation of wire rims and rubber in waste tires.
Parameter:
| Item | Specification |
| Motor power | 15 KW |
| Linear speed of front roller | 15.5 m/min |
| Ratio of speed | 1.1 |
| Dimension | 1520*1150*12101 |
| Purpose: To Separate the steel ring from the rubber after 1 step. |
When purchasing a waste tire rim wire separator, you need to
consider the following factors:
1. Separation efficiency
- Investigate the number of waste tires that the equipment can
process per hour, as well as the purity of the separation of wire
and rubber.
2. Quality and durability
- Understand the manufacturing materials and processes of the
equipment to ensure that it can operate stably for a long time and
reduce failures and maintenance costs.
3. Safety
- Check whether the equipment has complete safety protection
devices, such as emergency brakes, guardrails, etc., to ensure the
safety of operators.
4. Convenience of operation
- Choose equipment that is easy to operate and maintain, reduce the
skill requirements for operators, and improve work efficiency.
5. Energy consumption
- Pay attention to the energy consumption of the equipment, choose
energy-saving products, and reduce operating costs.
6. After-sales service
- Whether the supplier can provide timely and effective after-sales
support, including installation and commissioning, training, repair
and maintenance, etc.
7. Price
- Choose cost-effective equipment within the budget, but do not
ignore quality and performance just because of the low price.
8. Floor space
- Choose equipment of appropriate size according to the size of the
site to ensure that there is enough space for installation and
operation.
9. Noise and environmental protection
- Consider the noise level of the equipment during operation and
whether it meets environmental protection requirements to avoid
adverse effects on the environment.
10. Brand and reputation
- Choose manufacturers with well-known brands and good reputations,
and product quality and service are usually more guaranteed.
11. Adaptability
- Confirm whether the equipment can adapt to different
specifications and types of waste tires to meet diverse processing
needs.
12. Technology update
- Understand whether the manufacturer has technical research and
development capabilities and can provide technical updates and
upgrade services for equipment.
