परिचय
Lanrry (Guangzhou) Recycling Co., Ltd. (Chinese: 朗瑞（广州）环保科技有限公司) is a Guangzhou-based manufacturer and engineering supplier of solid-waste shredding, size-reduction, separation, washing, and recycling equipment. Established in 2021, the company operates within the plastics-recycling machinery segment and also serves tire, electrical and electronic waste, discarded appliances, lithium-ion batteries, wood, and hazardous containers.
Lanrry’s principal offering combines individual machines—such as single-shaft and twin-shaft shredders, granulators, and crushers—with complete processing lines. Its plastics-related systems include film and rigid-plastic crushing, washing, separation, and recycling equipment. The company also develops application-specific systems for tire recycling, refrigerator processing, vehicle shells, hazardous-waste containers, and battery materials.
The company is situated in Panyu District, Guangzhou, an industrial area within the Pearl River Delta manufacturing economy. Its business model reflects a broader development in the plastics industry: the movement from standalone size-reduction equipment toward integrated systems designed to recover usable polymers, metals, fibers, and other secondary materials from complex waste streams.
History and Development
Lanrry’s corporate development is associated with an earlier recycling-machinery business, identified in company materials as 3E Jinan Recycling Co., Ltd., which was established in 2017. The earlier operation specialized in solid-waste shredding machinery and complete recycling systems.
Key development milestones include:
- 2017: Establishment of the predecessor business focused on shredding and recycling equipment.
- 2021: Formation of Lanrry (Guangzhou) Recycling Co., Ltd. to develop recycling-equipment activities from Guangzhou and address international customers.
- Subsequent expansion: Extension of the product portfolio from general shredding into plastic washing lines, tire-recycling systems, appliance and e-waste processing, hazardous-waste treatment, and lithium-battery recycling.
This progression corresponds with increasing demand for equipment capable of processing mixed, contaminated, or difficult-to-handle waste rather than only clean industrial scrap.
Business Operations and Segments
Lanrry operates primarily as an equipment manufacturer and project-oriented recycling-system supplier. Its activities can be grouped into four principal areas:
| Business area | Typical equipment or systems | Function |
|---|---|---|
| Size reduction | Single-shaft shredders, twin-shaft shredders, four-shaft shredders, crushers, and granulators | Reduces feedstock to sizes suitable for sorting, washing, or downstream processing |
| Plastics recycling | Plastic-film crushing and washing lines, plastic granulation and separation equipment | Removes contaminants and prepares polymer feedstock for reuse |
| Industrial and special-waste processing | Hazardous-container systems, e-waste and appliance lines, vehicle-shell processing | Processes heterogeneous waste streams containing plastics, metals, and other materials |
| Resource recovery | Tire, lithium-battery, and mixed-material recycling systems | Separates recoverable rubber, metals, polymer fractions, and battery-derived materials |
The company also presents itself as a provider of installation, commissioning, operator training, troubleshooting, repairs, and routine maintenance. This service model is important for recycling plants because throughput, contamination, moisture, feedstock variability, and knife wear can substantially affect operating performance.
Products and Technologies
Shredders and Granulators
Lanrry’s core equipment includes single-shaft shredders, double-shaft shredders, four-shaft shredders, crushers, and granulators. These machines serve different roles within a recycling plant:
- Single-shaft shredders generally use a driven rotor, fixed counter-knives, and a hydraulic pushing system to process bulky or relatively tough materials.
- Double-shaft shredders use intermeshing cutting shafts and are suited to bulky, irregular, or mixed feedstocks requiring aggressive primary size reduction.
- Four-shaft shredders can provide staged cutting and more controlled particle-size reduction for selected industrial applications.
- Granulators and crushers are typically used after primary shredding to produce a more uniform flake or granulate for washing, separation, extrusion, or other downstream operations.
In plastics recycling, knife geometry, rotor speed, screen aperture, feed-rate control, and resistance to abrasion influence particle-size distribution, energy consumption, dust generation, and the quality of the material entering subsequent stages.
Plastic Washing and Recycling Lines
The company’s plastics portfolio includes lines for waste plastic film and other post-consumer or post-industrial plastic streams. A typical line may combine:
- Feeding and preliminary sorting.
- Shredding or wet size reduction.
- Friction washing and contaminant removal.
- Dewatering and drying.
- Air or density separation.
- Storage, extrusion, pelletizing, or packaging.
The technical configuration depends on the polymer and waste stream. Film, woven sacks, rigid containers, and mixed plastics differ in bulk density, moisture retention, contamination, and sensitivity to heat. Effective processing therefore requires coordinated control of cutting, washing intensity, water management, drying, and separation.
Lithium-Battery Recycling Systems
Lanrry markets systems for processing waste lithium-ion batteries. Descriptions of the company’s battery line identify multiple stages, including discharge or pretreatment, twin-shaft shredding, hammer-mill size reduction, screening, air separation, magnetic separation, and gravity separation for copper and aluminum.
Battery recycling requires particular attention to fire, thermal-runaway, electrolyte, dust, and hazardous-material risks. The separation sequence is designed to recover materials such as ferrous metals, aluminum, copper, diaphragm material, and black powder. Equipment performance depends heavily on battery chemistry, form factor, state of charge, feed preparation, and the effectiveness of enclosure, ventilation, monitoring, and fire-protection systems.
Tire and Appliance Recycling
The company supplies tire-recycling lines intended to reduce tires into rubber products while separating steel and other components. Such systems commonly use primary shredding followed by granulation, screening, magnetic separation, and, where required, fiber removal.
Its appliance and refrigerator systems address waste streams containing plastics, ferrous and non-ferrous metals, insulation materials, and refrigerant-related components. Processing these products requires staged dismantling or size reduction and carefully controlled separation to avoid cross-contamination.
Applications and End Markets
Lanrry’s equipment serves several parts of the plastics and resource-recovery value chain:
- Plastic-film and packaging-waste recycling.
- Recycling of rigid plastic containers and industrial plastic scrap.
- Processing of woven bags and other flexible polymer products.
- Tire-derived rubber production.
- Electrical and electronic waste treatment.
- Refrigerator and discarded-appliance recycling.
- Vehicle-shell and mixed-material processing.
- Hazardous-container treatment.
- Lithium-ion battery material recovery.
- Municipal and industrial solid-waste processing.
These applications connect the company with packaging producers, recycling operators, waste-management companies, manufacturers, dismantlers, material traders, and processors of secondary raw materials. In each case, the commercial value of the system depends not only on mechanical throughput but also on the purity, consistency, and marketability of the recovered fractions.
Global Presence and Market Position
Lanrry is headquartered in Guangzhou, China, with a stated address on Zhujiang Road in Panyu District. Company and marketplace profiles describe sales or marketing activity in regions including North America, Europe, Australia, Southeast Asia, Latin America, and the Middle East.
The company’s international position is based principally on supplying configurable machinery and complete lines rather than on operating recycling plants itself. Its competitive environment includes Chinese equipment manufacturers, European recycling-technology suppliers, and specialized regional integrators. Relevant competitive factors include:
- Ability to customize equipment for variable feedstocks.
- Integration of shredding, washing, separation, and conveying stages.
- Compliance with destination-market safety and environmental requirements.
- Availability of installation and after-sales support.
- Reliability of wear components, electrical controls, and hydraulic systems.
- Life-cycle operating cost rather than purchase price alone.
Lanrry’s published supplier information identifies a workforce of approximately 24 employees, a plant area of about 1,650 square meters, ISO 9001:2015 management-system certification, and CE-related product conformity information. These figures place the company within the small and medium-sized industrial-equipment segment rather than the scale of diversified multinational machinery groups.
Research and Development
Lanrry’s development work is concentrated on application engineering and the adaptation of mechanical processing systems to particular waste streams. Areas of technical emphasis include:
- Knife and rotor configurations for difficult or bulky materials.
- Multi-stage size reduction for plastics, tires, appliances, and batteries.
- Integration of conveyors, screens, air classifiers, magnetic separators, and gravity separators.
- Washing and dewatering arrangements for contaminated plastic films.
- Customized equipment for special waste streams.
- Process layouts intended to improve material recovery and reduce manual handling.
For recycling machinery manufacturers, research and development is closely linked to customer trials and feedstock-specific testing. A machine that performs effectively on clean industrial polyethylene may require a substantially different configuration for wet post-consumer film, multilayer packaging, or mixed plastic waste.
Sustainability and Environmental Initiatives
Lanrry’s business contributes to sustainability primarily through equipment that enables the recovery and preparation of secondary materials. Plastic-washing and recycling lines can support the diversion of polymer waste from disposal and provide feedstock for recycled products. Tire, appliance, e-waste, and battery systems similarly seek to recover material value from complex waste streams.
Environmental performance depends on the complete plant design and operating conditions. Important considerations include:
- Electricity consumption during shredding, washing, drying, and separation.
- Water consumption and wastewater treatment in plastic-washing lines.
- Dust, noise, and odor control.
- Safe management of hazardous residues and contaminated containers.
- Fire prevention and emergency response in battery processing.
- Quality and end-market demand for recovered materials.
- Proper management of non-recyclable fractions.
Recycling equipment therefore does not eliminate environmental impacts by itself. Its net benefit depends on responsible plant operation, effective pollution controls, safe residue management, and the displacement of virgin or primary materials by usable recovered outputs.
Quality Management and Certifications
Marketplace information associated with Lanrry identifies ISO 9001:2015 management-system certification and CE product certification or conformity information. ISO 9001 concerns quality-management processes, while CE marking relates to applicable European Union product requirements when the relevant directives and standards apply.
For recycling machinery, quality assurance also involves practical engineering controls, including:
- Structural and weld-quality inspection.
- Verification of rotor, shaft, bearing, and knife assemblies.
- Electrical-panel and control-system testing.
- Guarding and emergency-stop arrangements.
- Factory testing and commissioning procedures.
- Documentation for installation, operation, and maintenance.
The exact certification scope and conformity requirements depend on the equipment model, configuration, and destination market.
Innovations and Future Outlook
Lanrry’s future prospects are linked to several structural trends in the plastics and waste-management industries:
- Growth in demand for recycled polymers and recycled-content products.
- Increasing regulation of packaging waste and producer responsibility.
- Greater interest in domestic and regional recycling capacity.
- Expansion of lithium-ion battery use and the resulting need for safe material recovery.
- Demand for automated sorting and lower-labor processing systems.
- Pressure to reduce water, energy, and emissions intensity.
- Need to process increasingly contaminated and multi-material waste streams.
The company’s expansion across plastics, tires, appliances, e-waste, hazardous containers, and batteries provides opportunities for cross-application engineering. At the same time, these markets involve different safety standards, feedstock risks, permitting requirements, and customer expectations. Continued competitiveness will depend on equipment reliability, measurable recovery performance, process safety, after-sales support, and the ability to adapt systems to national regulatory requirements.
Summary
Lanrry (Guangzhou) Recycling Co., Ltd. is a Chinese recycling-equipment manufacturer established in 2021 and based in Guangzhou. Its principal activities cover shredders, crushers, granulators, plastic washing and recycling lines, tire-recycling systems, appliance and e-waste equipment, hazardous-container systems, and lithium-battery processing lines.
The company occupies a specialized position in the plastics-industry ecosystem by supplying the machinery that converts discarded polymer products and mixed wastes into more manageable and potentially reusable material streams. Its development reflects the wider shift toward integrated recycling plants, feedstock-specific processing, and recovery of materials from complex waste. Its long-term market position will depend on technical reliability, safety, environmental performance, conformity with international requirements, and the economic viability of the recovered materials.
संदर्भ
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CPS+ eMarketplace. (n.d.). LANRRY (GUANGZHOU) RECYCLING CO., LTD.LANRRY (GUANGZHOU) RECYCLING CO., LTD.. CPS+ eMarketplace. https://www.chinaplasonline.com/eMarketplace/ExhibitorInfo?CompId=1037662Link