Our single screw plastic recycling extruder is an ideal choice for industries needing efficient and dependable recycling of engineering plastics. It delivers optimal material output with energy-saving technology, providing an eco-friendly, cost-effective solution that promotes environmental sustainability. Designed with durability and versatility, this machine is capable of handling diverse engineering plastic recycling applications, advancing a circular economy and supporting the reuse of valuable resources.

With 20 years of experience in production and sales, we have developed a comprehensive range of plastic recycling solutions. Our offerings include complete systems for crushing, washing, and granulating PC and PET water bottles, recycling and granulating acrylic materials, and specialized granulation solutions for medium and low-concentration masterbatch and shell granules suitable for various outdoor plastic products. For more details, please contact us.

Single Screw Plastic Pelletizing Extrusion Machine Parameters:

Engineering Plastic Recycling Solution Key Features and Benefits:

 High Output Efficiency: 

The HQ-120 pelletizing machine boasts an impressive production capacity of 350-550 KG/HR, making it suitable for large-scale recycling operations.

Advanced Hydraulic Pressure Screen Changer: 

The integrated hydraulic pressure screen changer allows for quick and seamless screen changes without interrupting the production process. This feature minimizes downtime and maximizes productivity, ensuring continuous and efficient operation.

Optimized for Engineering Plastics: 

Specifically designed to handle a variety of engineering plastics such as ABS, PC, PP, PE, HIPS, TPU, and PC/ABS, the HQ-120 ensures excellent plasticization and uniform pellet quality.

Energy Efficiency: 

The HQ-120 single-screw extruder is engineered for energy efficiency, reducing specific energy consumption by up to 30% compared to traditional extruders. This not only lowers operational costs but also supports sustainable production practices.

Superior Mixing and Plasticization: 

The machine features an optimized screw design with a length-to-diameter ratio of 33:1 that guarantees superior mixing and plasticization, resulting in high-quality pellets with consistent properties.

Precise Process Control: 

Equipped with advanced process control systems, including an 8-segment temperature control and frequency converter for speed regulation, the HQ-120 allows for precise adjustment of critical parameters, ensuring consistent and reliable operation.

Engineering Plastic Recycling Solution Technical Specifications: 

Screw Material: Made of SACM-1, ensuring durability and high performance.

Heating and Cooling: 8-segment temperature control, with ceramic heating rings and air cooling fans (370W*12pcs).

Power: 110KW motor with variable frequency drive (VF) for precise speed control.

Screen Changer: Hydraulic pressure screen changer with a 4KW motor and a die head diameter of 260mm with 15 holes.

Feeder: 1500W feeder with variable frequency speed control.

Engineering Plastic Recycling Solution Auxiliary Equipment: 

Water Cooling with suction motor: Stainless steel construction, dimensions: 4500mm x 450mm x 295mm. Suction motor power: 2.2KW.

Pellets Cutting Machine: Wheel knife material: SKD-11/Tungsten steel. 28 knives with a fixed tungsten steel knife. Power: 7.5KW with variable frequency drive. Vibration Sorting Machine (Model 1500): Vibration motor power: 150W x 2. Material feeding motor power: 2.2KW. Stainless steel construction with three layers of screening.

Sieve mesh sizes: Upper layer Φ6mm, lower layer Φ1.5mm. Capacity: 500KG per batch.

Applications of Engineering Plastic Recycling Solution

Engineering Plastic Recycling:

 Ideal for recycling high-performance engineering plastics, ensuring they are processed into uniform, high-quality pellets suitable for reuse in various applications. Plastic Compounding: The HQ-120 is perfect for compounding different plastic materials, enhancing their properties and expanding their usability.

Direct Extrusion: 

Capable of direct extrusion of films, sheets, plates, tubes, and profiles, providing versatile solutions for various plastic processing needs.

Why Choose HQ-120 for Your Recycling Needs？

 High Production Capacity: 

With a robust output of 350-550 KG/HR, the HQ-120 is designed to meet the demands of large-scale recycling operations. Efficiency and Reliability:

The advanced hydraulic pressure screen changer and precise process control ensure efficient, reliable, and continuous production. 

Versatility: 

Suitable for a wide range of engineering plastics and applications, providing a flexible and comprehensive recycling solution. Contact Us Today: Please contact us for more Engineering Plastic Recycling Solutions, With 20 years of industry experience, we can help you or the most effective and economical plastic solution.

Engineering Plastic Recycling Solution FAQ?

What are the benefits of engineering plastic recycling solutions?

The benefits include reducing waste, conserving natural resources, and decreasing carbon emissions. Recycling engineering plastics also helps industries lower production costs by using recycled materials instead of virgin plastics, promoting a circular economy.

What industries benefit from engineering plastic recycling solutions?

Industries such as automotive, aerospace, electronics, and construction benefit from recycling high-performance plastics. These sectors often use engineering plastics for their strength, durability, and thermal resistance, making recycling essential for sustainability and cost reduction.

How does engineering plastic recycling help the environment?

Recycling Engineering Plastics reduces the need for virgin plastic production, conserves energy, and prevents plastic waste from ending up in landfills or oceans. It plays a critical role in reducing pollution and supporting sustainable manufacturing practices.

What technologies are used in engineering plastic recycling solutions?

Technologies include advanced sorting systems, high-efficiency shredders, washing systems, and extrusion machines. These processes ensure that engineering plastics are properly cleaned, reprocessed, and formed into high-quality recycled materials ready for reuse.