Deling Centralized Feeding System Shredder for Plastic Crusher Machine Recycling Crushing Household Plastic Waste Like Detergent Bottles Wire Scouring Pads

• Customization: Available
• After-sales Service: on Line and Video
• Warranty: 12 Months
• Type: Powerful Plastic shredders
• Raw Material: Mixing
• Structure: Top Feed
• Knife Classification: Claw Knife Crusher
• Knife Roll: Solid Knife Roller
• Automation: Automatic
• Computerized: Computerized
• Certification: CE, ISO9001:2008, QS, GMP
• Condition: New
• Machine Type: Plastic Shredder
• Use: Waste Plastic Crusher
• Weight (T): 3
• Dimension(L*W*H): 500.00cm * 200.00cm * 200.00cm
• Production Capacity (Kg/H): 500 - 1500 Kg/H
• Warranty of Core Components: 1 Years
• Power (Kw): 37
• Max.Production Capacity (Kg/H): 1200;Customized
• Video Outgoing-Inspection: Provided
• Applicable Industries: Manufacturing Plant
• Key Selling Points: Multifunctional
• Core Components: Motor
• Voltage: 380V;Customized
• Plastic Type: PVC, PP/PE
• Transport Package: Land and Sea Transportation
• Specification: 3000*1700*2000
• Trademark: DELING
• Origin: Jiangsu, China
• HS Code: 8477800000
• Production Capacity: 30 Sets/Month
• Package Size: 100.00cm * 100.00cm * 100.00cm
• Package Gross Weight: 4500.000kg

Product Description

 

 

Double Shaft Shredder

Our Double Axis Shredder is a marvel of engineering, boasting a high torque, dual-axis design that operates with precision at a steady, controlled pace.
As materials enter the shredder's core via the advanced feeding system, they are efficiently processed by two meticulously engineered rotor shafts. These shafts rotate in opposite directions, ensuring a seamless and effective shredding experience.
Each rotor shaft is uniquely equipped with a series of special geometric shredding blades that are designed for optimal performance.
Material is expertly shredded into smaller fragments through a sophisticated process involving cutting, squeezing, and tearing by the state-of-the-art shredding blades, and is effortlessly discharged from the lower section of the machine.

Double Axis Shredder

The electrical system, featuring a cutting-edge PLC program, offers a suite of functionalities - start, stop, forward, reverse, and robust overload automatic protection, ensuring maximum safety and efficiency.

Our system is synonymous with automation, safety, and efficiency. It promises an extended service life, operating at a low speed yet delivering high torque, all while maintaining minimal noise levels.

For specialized needs, the tool thickness is customizable to several dimensions - 15mm, 20mm, 30mm, 40mm, 50mm, and 60mm.

Clients can opt for either single tooth or multi-tooth configurations. Single tooth is tailored for robust, rigid materials, whereas multi-tooth suits softer materials, enhancing yield.

Our Double Shaft Shredders stand out with their sophisticated design and robust structure, offering high-efficiency shredding results. Typically employed as a first-stage shredder for materials such as truck tires, steel drums, organic waste, and municipal solid waste (MSW), these machines ensure that once materials enter the cutting chamber, the blades with hooks swiftly grab and shear them into strips. The shredded materials are promptly discharged post-cutting, with no need for a screen, resulting in size variability. Custom blade widths are available to meet specific size requirements.

Model	Power (KW)	Blades (Pcs)	Blades Thickness (mm)	Rotor Diameter (mm)	Production Capacity (KG/H)	Dimensions (mm)	Weight (KG)
DL-600	22*2	20	2	300	300-500	2300*1000*1850	1500
DL-800	30*2	20	2	320	600-800	2500*1000*1850	2000
DL-1000	37*2	20	4	420	900-1200	2800*1100*2100	3500
DL-1200	45*2	24	4	420	1300-1500	3500*1350*2500	5000
DL-1400	55*2	28	4	520	1600-2000	4200*1900*2900	7000
DL-1600	75*2	32	4	520	2000-2500	4800*1900*2900	9500

Materials suitable for shredding


Incredible Opportunities and Benefits in the Plastic Recycling Industry

1. Environmental Protection
Pollution Alleviation: Recycling plastics substantially curtails pollution by mitigating the environmental harm caused by plastic waste, safeguarding both terrestrial and aquatic ecosystems.
Resource Efficiency: By championing the recycling and reuse of plastic items, the industry reduces reliance on virgin plastics and conserves non-renewable resources such as petroleum.

2. Policy Support
Government Initiatives: Worldwide, governments have pivoted towards sustainability, implementing comprehensive policies and regulations that foster and support the burgeoning plastic recycling sector.
Economic Motivation: In select regions, governmental bodies incentivize recycling enterprises through tax breaks and subsidies, propelling further growth in the industry.

3. Market Demand
Corporate Responsibility: As environmental consciousness rises, a growing number of businesses are adopting recycled plastics to lessen their ecological impact.
Consumer Trends: An increasing preference for eco-friendly products drives consumers to willingly invest more in items integrating recycled materials.

4. Technological Advancement
Cutting-Edge Recycling: Advancements in plastic recycling technology continue to streamline the process, enhancing efficiency, reducing costs, and improving product quality.
Innovative Solutions: The emergence of novel materials and processes unlocks a myriad of applications for recycled plastics, spanning industries such as construction and textiles.

5. Global Trends
Worldwide Collaboration: Environmental organizations and businesses globally are intensifying their collaborative efforts to spearhead the development of the plastic recycling industry.
Global Standards: Crafting international standards elevates the caliber of recycled plastics, fostering their integration and application across global markets.

The plastic recycling sector is poised for expansive growth, yielding substantial benefits. It not only mitigates environmental degradation and conserves resources but also thrives under dual encouragement from policy frameworks and market dynamics. With ongoing technological innovations and enhanced global partnerships, the plastic recycling industry is set to embrace a luminous future.

Q: What is the cost structure of a plastic recycling line?
A: The level of final material cleanliness and the desired production capacity dictate the need for specific setups. Leveraging our expertise, we recommend the most cost-effective and efficient recycling line combinations tailored to fit the customer's budget and goals, ensuring optimal performance and satisfaction.

Q: Is the removal of the label machine necessary?
A: If the recyclable bottles are free of labels or caps, or if the customer opts not to remove them, incorporating a label machine is unnecessary-streamlining the process without it is completely feasible.

Q: What is the maximum label removal capacity of the label removal machine?
A: Our advanced processing capabilities allow for the removal of over 96% of labels and caps from compressed bottles and over 98% from uncompressed ones, ensuring high efficiency and cleanliness.

Q: How frequently should the crusher's blade be sharpened to maintain efficiency?
A: To ensure top-notch performance and longevity, it is advisable to grind the blades at least once a week.

Q: How is the dirt and sewage expelled from the high-speed friction cleaning machine?
A: The design includes a strategically positioned discharge outlet beneath the machine for efficient and seamless expulsion of dirt and wastewater.

Q: What is the ideal temperature for optimal hot cleaning in a steamer?
A: The recommended temperature for effective hot cleaning is approximately 80°C, ensuring thorough sanitation and efficiency.

Q: How can any remaining labels and caps be eliminated after using the label removal machine?
A: Further elimination of residual labels and caps can be achieved via rinsing tanks and specialized vertical label and cap removal machines, ensuring comprehensive cleansing.

Q: What roles do rinse tanks play in the recycling process?
A: Rinse tanks play a critical role in cleansing crushed materials. During transit, residual label paper and caps float to the surface, ensuring they are not carried forward to subsequent machines, thereby maintaining process integrity.

Q: What is the moisture content in materials post-dehydrator processing?
A: Post-processing, the moisture content is expertly reduced to a minimal ≤3%, optimizing material quality for further applications.

Q: Is it possible to integrate a plastic granulator with the plastic recycling line?
A: Absolutely, a plastic granulator can seamlessly be incorporated into the recycling line, enhancing the versatility and efficiency of the process.

Partner with Us for a Sustainable Future in Plastic Recycling