Chengdu Purui Polymer Engineering Co., Ltd.
Transforming Waste into Value: Innovative Solutions for Plastic Recycling
Add to Cart
Post consumer HDPE plastic washing recycling machine with high efficiency
The recycling value of HDPE (high-density polyethylene) bottles is mainly reflected in the following aspects:
1. Material reuse: HDPE is a recyclable plastic that can be used to produce new plastic products such as plastic pipes, containers, toys, furniture, etc. after recycling and reprocessing. This reuse not only reduces the demand for new raw materials, but also reduces production costs.
2. Environmental benefits: Recycling HDPE bottles can reduce the impact of plastic waste on the environment, reduce the burden on landfills, and reduce plastic pollution. Through recycling, natural resources and the ecological environment can be effectively protected.
3. Economic value: Recycling HDPE bottles can create economic benefits for companies and individuals. Many places have recycling programs, and recyclers will pay a certain fee to purchase HDPE bottles. In addition, recycled HDPE materials also have a certain value in the market, especially when the demand for plastics is high.
4. Market demand:With the improvement of environmental awareness, the market demand for recycled plastics has gradually increased. HDPE recycled materials are widely used in many industries, which further enhances its recycling value.
5. Policy support: Many countries and regions have policy support for plastic recycling, providing subsidies or incentives to encourage companies and individuals to participate in plastic recycling. These policies also increase the recycling value of HDPE bottles. In general, the recycling of HDPE bottles not only has economic value, but also contributes to environmental protection and sustainable use of resources. Through effective recycling and reprocessing, HDPE bottles can be transformed into useful resources, bringing multiple benefits.
Our HDPE bottles recycling machine has a mature technology, small consumption and easy to operate will ensure the large recycling value to customers.
1000 kg/h Post consumer HDPE bottles washing line layout
1 Chain plate charger
2 Bale opener(4shaft)
3 Magnetic separator
4 Belt conveyer
5 Trommel separator
6 Belt conveyer
7 Prewasher
8 Water filter screen
9 Water tank
10 Belt conveyer
11 Manual sorting platform
12 Belt conveyer
13 PSJ1200 Crusher
14 Horizontal screw charger
15 Screw charger
16 Medium speed friction washing
17 Washing tank A
18 High speed friction washing
19 Screw charger
20 Hot washing
21 High speed friction washing
22 Water filtering system with alkali dosing device
23 Screw charger
24 Hot washing machine
25 Dewatering and wind transmission
26 Hot washing machine
27 High speed friction washing
28 Screw charger
29 Washing tank B
30 Medium speed friction washing
31 Dewatering machine
32 Hot pipe dryer
33 Label separator
34 Label separator
35 Electric cabinet
Features equipment:
Bale opener robust design
New design, with four shaft effectively open the PE bottles bales
Body plate thickness:30mm, made by carbon steel
anti-wear replaceable blades, two sides with blocking bolt
Trommel
To screen out the stones, dust, small metals, and loos the caps and materials.
Middle speed Friction washing
To friction wash the tiny dirty stick on the flakes, such as the labels etc.
High speed Friction washing
To friction wash the flakes and throw out the dirty
Rotation speed: 1200rpm,
The parts contact material is stainless steel or anti-rust treatment,
Water tank water pump
Dewatering machine
It can remove water, tiny scraps and sand to reach moisture 1%. The blades are welded with Anti-wear alloy.
Bottle flakes labels separator
Effectively remove the crushed labels mixed in the bottles flakes.
The washing line consumption:
| Items | Average consumption |
| Electricity(kwh) | 170 |
| Steam (kg) | 510 |
| Washing detergent (kg/ton) | 5 |
| Water | 2 |
PE bottle washing line quality and specification
| Capacity(kg/h) | Power installed(kW) | Required space(M2) | Labour | Steam requirement(kg/h) |
Water consumption(M3/h)
|
| 1000 | 490 | 730 | 5 | 510 | 2.1 |
| 2000 | 680 | 880 | 6 | 790 | 2.9 |
| 3000 | 890 | 1020 | 7 | 1010 | 3.8 |