Plastik Kauçuk Ayırıcı Makinesi

The plastic rubber separator is designed to separate rubber, silicone (silicone gel), and plastics from mixed plastic waste—such as discarded home appliances, automotive components, medical waste, and electronic scrap with an output of 600-1,200 kg/h.

Utilising a purely physical separation technology based on the mirror-friction effect and differences in elastic rebound properties, it is capable of precisely separating the materials, which significantly enhances the purity of the recovered materials.

Key Advantages of the Plastic Rubber Separator

1. The equipment achieves a sorting purity of over 99%, effectively removing silicone and rubber impurities.
2. Utilizing a purely physical separation process, it requires no chemical reagents or water resources, thereby imposing zero environmental burden.
3. We have optimized the machine’s structural design to minimize power consumption, resulting in low operating and maintenance costs.
4. The entire plastic rubber separator is controlled by an automated PLC system, featuring an 11-inch touchscreen HMI (Human-Machine Interface) that requires minimal training to operate.
5. All components in contact with the material are constructed from stainless steel and chrome-plated materials, offering exceptional resistance to both abrasion and corrosion.
6. Through an integrated system, it achieves a high degree of automation, including automatic feeding, material conveying, sorting, separation, automatic cycling, and discharge, which requires only a single operator for independent operation.

Technical Parameters of Plastic Rubber Separating Machine

Compared to traditional separation equipment, this device offers fully automated operation with a higher sorting purity (≥99%) while consuming less energy. Detailed specifications for its two different models are provided below.

Model	Güç	Kapasite	Sorting purity	Boyut	Ağırlık
SL-1250	9.5 kW	600–1000 kg/h	≥99%	5580×2280×4250 mm	3500 kg
SL-1800	12.5 kW	800–1200 kg/h	≥99%	5580×3150×4250 mm	4800 kg

If you are unsure which model is best suited for you, please contact us for expert guidance. Our sales team will recommend the appropriate machine based on your material and finished product requirements.

Structural Features of the Rubber and Plastic Separator

This plastic rubber separator primarily comprises the following systems and their key functions:

• Feeding system: Features an adjustable, automated feeding design to ensure continuous operation.
• Lifting system: Ensures the smooth and stable conveyance of materials.
• Sorting system: The core unit, which performs separation based on the principles of friction and rebound.
• Recirculation system: Automatically processes non-conforming materials for rework.
• Discharge system: Separately outputs the finished materials.

The internal structural design ensures the operational stability of the equipment while maximizing sorting precision.

How to Separate Mixed Plastics with Rubber and Silicone?

In practical recycling scenarios, mixed plastics often consist of various materials—such as ABS, PS, PP, and PE—interspersed with rubber and silicone.

The proper processing workflow typically involves the following steps:

• Pre-crushing of the waste materials (using a metal kırıcı)
• Removal of rubber and silicone using a specialized plastic-rubber separator
• Further sorting of the plastics (e.g., using electrostatic separation or density-based separation methods)

Taking refrigerator recycling as an example:

• The crushed plastic mixture contains ABS, PS, PP, PE, and rubber.
• First, the rubber and silicone components are removed using a plastic-rubber separator.
• Subsequently, the remaining plastics are separated using electrostatic separation or flotation methods.

This step ensures a higher level of purity for the final product, thereby enhancing its overall recycling value.

Working Principle of Plastic Rubber Separator

The working principle of the plastic and rubber separation machine is based on the following two factors:

• Friction differences: Plastics and rubber possess distinct surface friction coefficients.
• Elasticity differences: Compared to plastics, rubber and silicone exhibit significant differences in their rebound characteristics.

The sliding trajectory of plastics differs from that of rubber and silicone. Due to their higher elasticity, rubber-based materials bounce and are deflected away. This mechanism enables precise separation without the use of any chemical agents or water.

FAQ About Plastic Rubber Separating Equipment

The plastic-rubber separation machine is a critical component in modern recycling systems, particularly well-suited for processing complex mixed plastic waste containing rubber and silicone.

Leveraging its high precision, eco-friendly operation, and automated features, this equipment significantly enhances the recovery value of materials and robustly supports sustainable recycling practices.

If you are looking to upgrade your recycling production line or improve material purity, this plastic rubber separator represents a reliable and highly cost-effective solution. Contact us today for the latest updates and special offers!