Laboratory Granulator

 

Advantages:

1. Small footprint: Since it is designed for laboratories, its volume is relatively small, does not take up too much laboratory space, and is easy to place.

2. Flexible and easy operation: It is easy to operate and control, and the experimenter can quickly get started and adjust and test various experimental parameters.

For example, it is easy to change parameters such as screw speed and temperature to observe the impact on the granulation effect.

3. Relatively low cost: Compared with large-scale industrial granulation equipment, the purchase and maintenance cost of laboratory single screw granulation machines is low, which is suitable for the laboratory budget.

4. Precise control: It can achieve more precise process parameter control, so as to obtain stable and repeatable experimental results.

5. High experimental efficiency: It can complete small-scale granulation experiments in a shorter time, speeding up the process of research and development.

6. Easy to study and optimize: It helps researchers to have a deep understanding of the physical and chemical changes in the plastic processing process, and provide basic data for optimizing the process and formulation.

Sample diversity: It can handle various types and small amounts of plastic raw materials to meet different experimental needs.

7. High safety performance: It is usually equipped with complete safety protection devices to ensure the safety of experimenters during operation. ‌

 

Model	Screw Diameter(mm)	Main Motor Power(kw)	L/D	Output(kg/h)
SJ100	Φ100	55	33:1	100-150
SJ120	Φ120	55	33:1	150-200
SJ130	Φ130	75	33:1	200-250
SJ140	Φ140	90	33:1	250-300
SJ150	Φ150	132	33:1	350-400
SJ160	Φ160	160	33:1	450-500
SJ180	Φ180	200	33:1	550-600

 

 

1. Thermoplastic plastics:

Polyethylene (PE): including low-density polyethylene (LDPE), high-density polyethylene (HDPE), etc., commonly used in the manufacture of films, pipes, containers, etc.

Polypropylene (PP): suitable for the production of injection molded products, fibers, films, etc.

Polystyrene (PS): can be used to make foam plastics, stationery, electrical housings, etc.

Polyvinyl chloride (PVC): has applications in pipes, plates, wires and cables, etc.

2. Engineering plastics:

Polyamide (PA, nylon): commonly used in automotive parts, mechanical parts, electronic appliances, etc.

Polycarbonate (PC): commonly used in optical instruments, electronic equipment housings, etc.

3. Thermoplastic elastomers (TPE): such as styrene and olefin thermoplastic elastomers, can be used to make seals, rubber products, etc.

4. Plastic alloys: such as PC/ABS alloys, used in automotive interiors, electronic appliances, etc.

5. Modified plastics: plastic materials that have been modified by filling, reinforcement, toughening, etc.

6. Degradable plastics: such as polylactic acid (PLA), etc., used for environmentally friendly packaging, disposable products, etc.

 

 

 

 

 

 

Own production factory & Source quality control Providing customized solutions & Professional technical R&D team

Efficient, safe and stable & First-line brand spare parts High quality production standards & International management and certification

 

 

1.Demand assessment: understand your plastic recycling scale, material type and expected production volume, and recommend appropriate equipment models and configuration for you.

2.Technical answers: to answer your questions about the equipment performance, working principle, operation process and other aspects in detail, so that you can have a comprehensive understanding of the product.

3.Site investigation: If conditions permit, we can arrange you to go to the site of the equipment for field investigation to experience the operation effect of the equipment.

4.Scheme customization: According to your specific needs and site conditions, develop personalized plastic recycling solutions for you, including equipment layout, process flow, etc.

 

 

1.Installation and testing: Professional and technical personnel will install and test the equipment for you free of charge to ensure the normal operation of the equipment.

2.Training guidance: to provide comprehensive training for your operators, including equipment operation, maintenance, troubleshooting and other contents, to ensure that they can master the use of the equipment.

3.Regular return visit: the after-sales personnel will visit regularly to understand the operation of the equipment and provide you with necessary technical support and maintenance suggestions.

4.Spare parts supply: provide the original equipment required for a long time to ensure that you can replace it in time and reduce the downtime of the equipment.

5. Fault maintenance: After receiving your fault repair report, respond quickly and arrange technicians to conduct home maintenance in time to ensure that the equipment resumes normal operation as soon as possible.

 

 

1.Strict packaging: solid wooden box packaging, internal filled with buffer materials to ensure that the equipment is not damaged during transportation.

2.Logistics cooperation: Cooperate with international well-known logistics enterprises to choose the best transportation mode and route to ensure the timely delivery of goods.

3.Customs declaration assistance: to provide you with professional customs declaration services, to assist you to handle the relevant procedures, to ensure that the goods pass through the customs smoothly.

4. Tracking service: Provide whole-process cargo tracking service, so that you can know the transportation progress and location of goods at any time.

 

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