Plastic shredding and recycling

Plastic Shredders and Complete Recycling-Line Solutions

Match 300-2000 type equipment according to material, size and output

Supports dual-shaft shredder stand-alone machine selection, process module configuration and complete production line planning. The final model is subject to material testing and technical confirmation.

Submit materials and get selection View model parameters

Zhuowen Machinery large-scale plastic recycling production line

10 gears300-2000 type equipment coverage

Category 8Common waste plastic applications

7Recycling process module combination

3 itemsInformation completes preliminary selection

Determine project goals first

Choose a single machine for capacity reduction or configure a complete recovery line

Suitable for existing front-end and back-end equipment

Double shaft shredder stand-alone solution

It is used for volume reduction and coarse crushing of large plastics or for stably supplying materials for subsequent processes to facilitate phased investment.

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Suitable for continuous large-scale processing

Plastic recycling production line solution

From loading, shredding to cleaning, dewatering and finished product collection, the equipment is uniformly configured according to the target product.

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Application materialsCommon waste plastic processing range

Match equipment model according to material size and output

Film / plastic bag

Soft plastic recycling · 01

Woven bags/ton bags

Soft plastic recycling · 02

Plastic bucket/turnover box

Hollow hard plastic · 03

tray

Large hard plastic · 04

PE pipe / plastic plate

Pipes and plates · 05

purge lumps / block material

high strength block · 06

car bumper

Automotive plastics · 07

Other large plastics

Customized materials · 08

Model + parameters

300–2000 Equipment Specifications

Parameters are used for preliminary screening, and the specific configuration also needs to be confirmed based on material status, feed size and target output.

Confirm material statusSoft plastic, hard plastic, pipe, barrel or bulk material

Measure maximum sizeProvide length, width, thickness and piece weight

Clarify processing goalsHourly output, output size and subsequent processes

model	Working chamber size (mm)	Overall machine size (mm)	Motor power	Reducer	Blade specifications	Spindle diameter (mm)
300	300 × 300 × 300	2000 × 1100 × 1200	7.5 kW × 2	ZQ-300 × 2	Φ150 × 20 / 15 pieces	Φ80
400	400 × 400 × 360	2500 × 1200 × 1300	11 kW × 2	ZQ-400 × 2	Φ200 × 20 / 20 pieces	Φ100
600	600 × 500 × 300	3000 × 1400 × 1600	15 kW × 2	ZQ-600 × 2	Φ250 × 30 / 20 pieces	Φ120
800	800 × 700 × 400	3200 × 1600 × 1800	30 kW × 2	ZSY-280 × 2	Φ350 × 40 / 20 pieces	Φ160
1000	1000 × 800 × 450	3600 × 1800 × 2000	45 kW × 2	ZSY-355 × 2	Φ400 × 40 / 25 pieces	Φ180
1200	1200 × 900 × 500	4200 × 2000 × 2200	55 kW × 2	ZSY-400 × 2	Φ450 × 40 / 30 pieces	Φ220
1400	1400 × 1000 × 550	4400 × 2000 × 2400	75 kW × 2	ZSY-450 × 2	Φ500 × 50 / 28 pieces	Φ240
1600	1600 × 1200 × 650	5000 × 2200 × 2800	110 kW × 2	ZSY-560 × 2	Φ600 × 60 / 26 pieces	Φ300
1800	1800 × 1300 × 700	7000 × 2400 × 3000	132 kW × 2	TB-17 × 2	Φ650 × 60 / 30 pieces	Φ320
2000	2000 × 1400 × 800	9000 × 2500 × 3200	160 kW × 2	TB-18 × 2	Φ700 × 60 / 33 pieces	Φ340

The actual processing capacity is affected by material density, size, impurity content and discharge requirements. The final model is subject to material testing and technical confirmation.

Assembly line supporting

It’s not about stacking equipment, but arranging complete lines according to targets.

Different materials and different process routesTell us about materials and output →

Three-dimensional process diagram of basic plastic processing line: loading, shredding, conveying and collection

01Flexible basic configuration

basic processing

Shred first, then reorder as needed

Suitable for starting as a stand-alone machine

Complete volume reduction and coarse crushing of large plastics, which can be collected directly, and can also provide stable material for subsequent crushing and cleaning processes.

01Feeding
02Double shaft shredding
03convey
04collect

suitable materialPallets, barrels, pipes, blocksproduction methodIntermittent or continuous processingend useVolume reduction, primary shredding or transfer to the next stage

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Three-dimensional process diagram of the complete plastic recycling line: shredding, crushing, cleaning, dewatering and collecting

02Large-scale recycling solutions

Complete recycling

From shredding to recycling, complete line delivery

continuous automation

Focusing on the process designed backwards from the target product, the crushing, cleaning, dewatering and granulation modules are combined into a stable and continuous production line.

01Feeding
02tear into pieces
03Crushing and cleaning
04dewatering and drying
05Pelletizing or baling

suitable materialFilm, woven bag, mixed rigid plasticproduction methodContinuous automated productionfinal productCleaning flakes or recycled pellets

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Process module7 process modules, combined on demandStarting from one piece of equipment, it can also be gradually expanded to a complete recycling line.

01Feeding and conveying02Double shaft shredding03Crushing / iron removal04Clean05dewatering and drying06Granulation/packaging07Whole line control

Same material·real shooting process

From full pallets to shredded scraps

The same type of materials is used to display the feeding status, actual operation process and processing results, making it easy to evaluate whether the equipment is suitable for your working conditions.

Before processing: waste plastic pallets

Raw material status: Complete plastic pallet

Operation process: shredding plastic pallets

Observation points: Biting, feeding and continuous processing processes

After processing: pallet shredded into scraps

Confirm items: Adaptation of discharging status and subsequent processes

Selection questions and answers

Before making an inquiry, clarify the key issues first

This information will directly affect the feeding method, working chamber size, motor configuration and entire line process.

What materials are suitable for biaxial plastic shredders?

Common applications include films and plastic bags, woven bags and ton bags, plastic barrels and turnover boxes, pallets, PE pipes and plastic plates, purge lumps and block materials, automobile bumpers, etc. Different materials have different toughness, thickness and size, and corresponding cutting tools and feeding structures need to be matched.

How should I initially select the 300-2000 model?

First check whether the maximum material size can enter the working chamber, and then determine the power and blade configuration based on the weight of the single piece, target output and material discharging requirements. It is impossible to accurately determine the model based on the material name alone. It is recommended to provide photos, dimensions and expected output at the same time.

What is the difference between just buying a single machine and configuring a complete recycling line?

The stand-alone solution mainly completes volume reduction and coarse crushing of large plastics, with less equipment and flexible adjustment; the complete recycling line will combine modules such as loading, shredding, crushing, cleaning, dewatering, granulation or packaging around the target product, making it more suitable for continuous production.

Why does processing capacity require material testing and confirmation?

Equipment of the same size will have significantly different feed rates and loads when handling films, thick-walled barrels, pallets or bulk materials. Material density, impurity content, size distribution and discharge requirements will all affect the actual processing capacity.

What information is more effective to prepare before inquiry?

Prepare photos or videos of materials, maximum dimensions, unit weight, target output per hour, and desired outfeed size or final finished product. The more complete the information, the closer the preliminary plan is to the actual project requirements.

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Send Three Key Project Details to Define the Right Configuration

Tell us the material, maximum feed size and target throughput. If you need a complete line, also describe the final product you want to produce.

Model parameters Get a Recommendation