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Tag: Plastic Washing

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Rotary Washers

The Key to Producing Cleaner Recycled Plastics

Rotary Washers

As demand for high-quality recycled plastics continues to increase, recyclers face growing pressure to improve material quality while maintaining profitability. Contamination from labels, dirt, oils, adhesives and product residues can significantly reduce the value of recycled plastics, making effective washing systems essential to modern recycling operations.

One of the most effective solutions available today is the rotary washer. Designed to provide intensive cleaning while maintaining high throughput rates, rotary washers play a critical role in plastic recycling plants worldwide.

What Are Rotary Washers?

Rotary washers are industrial washing machines that use a rotating drum and carefully controlled water flow to clean plastic materials as they pass through the system. As the material moves through the rotating chamber, contamination is loosened and removed through a combination of mechanical agitation, friction and washing action.

The result is cleaner plastic material that is better suited for downstream processes such as sink-float separation, friction washing, drying, extrusion and pelletising.

For recycling businesses processing large volumes of material, rotary washers provide a reliable and efficient method of improving material quality before further processing.

How Rotary Washers Work

The operating principle of a rotary washer is relatively simple but highly effective.

Contaminated plastic material enters the rotating drum where it is continuously tumbled and exposed to washing water. The rotation creates movement between the plastic particles, helping to dislodge contamination while preventing material from becoming compacted.

As the material progresses through the washer, contaminants are separated and flushed away. Depending on the application, the washer may be integrated with filtration, water recirculation and additional cleaning stages to maximise performance.

The continuous nature of the process allows rotary washers to maintain consistent throughput while delivering repeatable cleaning results.

Rotary Washers

Benefits of Rotary Washers in Plastic Recycling

Improved Cleaning Performance

One of the primary advantages of rotary washers is their ability to remove a wide range of contaminants from plastic waste streams. Whether processing post-consumer plastics or industrial production waste, rotary washers help improve material cleanliness and consistency.

Increased Throughput

Modern recycling facilities require equipment capable of handling significant material volumes. Rotary washers are designed for continuous operation, allowing recyclers to process large quantities of plastic efficiently without sacrificing cleaning performance.

Reduced Operating Costs

By removing contamination earlier in the recycling process, rotary washers help improve the efficiency of downstream equipment. Cleaner material reduces wear on machinery and can lower overall processing costs.

Better Recycled Plastic Quality

Producing high-quality recycled material is essential for achieving premium market value. Effective washing reduces contamination levels, resulting in cleaner flakes and regrind suitable for higher-value applications.

Flexible Integration

Rotary washers can be incorporated into new or existing recycling systems. Whether installed as a standalone machine or as part of a complete washing line, they provide a flexible solution for a wide range of recycling operations.

Applications for Rotary Washers

Rotary washers are suitable for processing many different plastic materials and products, including:

  • HDPE containers
  • LDPE materials
  • PP plastics
  • PET bottles
  • Plastic drums
  • Industrial packaging
  • Bottle flakes
  • Mixed rigid plastics
  • IBC components
  • Production scrap and regrind

Each material presents different contamination challenges, which is why selecting the correct washing solution is critical to achieving the desired cleaning performance.

Rotary Washers as Part of an Integrated Washing Line

Although rotary washers can deliver excellent results as standalone machines, they are often most effective when incorporated into a complete recycling system.

A typical plastic washing line may include:

  • Shredding and size reduction
  • Rotary washing
  • Friction washing
  • Sink-float separation
  • Hot washing
  • Rinsing
  • Dewatering
  • Thermal drying

When each stage is designed to work together, recyclers benefit from improved efficiency, increased automation and more consistent product quality.

Why Choose Rotajet Rotary Washers?

close up of rotary washer

Rotajet Systems designs and manufactures industrial recycling equipment for customers throughout the recycling industry. Our rotary washers are engineered to provide reliable cleaning performance while integrating seamlessly with existing or new recycling plants.

Whether you are processing rigid plastics, plastic drums, bottles or industrial packaging waste, our engineering team can develop a solution tailored to your material, throughput requirements and production objectives.

From standalone rotary washers to complete turnkey recycling systems, Rotajet provides equipment, installation, commissioning and ongoing technical support to help recyclers maximise performance and profitability.

Free Material Trials

Every recycling application is unique. That’s why Rotajet offers free material trials to evaluate your plastic feedstock and determine the most effective washing process.

By testing your material, we can recommend the ideal rotary washer configuration and wider recycling system to achieve the best possible results.

Contact Rotajet Systems today to discuss your project and discover how our rotary washers can help you produce cleaner, higher-value recycled plastics.

Rotary Washer
Plastic Washing
Rotajet Systems

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Friction Washers

Why Every Modern Plastic Recycling Plant Needs Friction Washers

As demand for high-quality recycled plastics continues to increase, recycling companies face growing pressure to produce cleaner material while maintaining high throughput and competitive operating costs. One of the most important pieces of equipment in any plastic washing line is friction washers.

Friction Washers

Friction washers play a vital role in removing contamination from plastic flakes, film and regrind before the material progresses through the recycling process. Whether processing post-consumer plastics, industrial scrap or heavily contaminated packaging waste, a friction washer can significantly improve the quality of the final recycled product.

Friction Washer

What are Friction Washers?

Friction washers are high-speed cleaning machine designed to remove contaminants from plastic material through mechanical scrubbing action.

The machine typically consists of a rapidly rotating shaft fitted with paddles or blades housed within a perforated screen. As plastic flakes enter the machine, they are accelerated and subjected to intense friction against both the screen and surrounding material.

Friction washers

Water is introduced throughout the process, helping to loosen and flush away contaminants while the mechanical action of the rotor aggressively scrubs the plastic surface.

The result is cleaner plastic flakes that are better suited for downstream processing such as sink-float separation, drying, extrusion or pelletising.

How Do Friction Washers Work?

The operating principle of a friction washer are relatively straightforward but highly effective.

Material enters the machine through an inlet and is immediately engaged by a high-speed rotor. The rotating paddles create turbulence and friction that continuously agitates the material.

As the plastic travels through the machine:

  • Dirt and dust are dislodged
  • Paper labels are broken down
  • Organic residues are removed
  • Surface contamination is reduced
  • Fine particles are separated from the plastic

The contaminated wash water and fines pass through the perforated screen while the cleaned material exits through the discharge end.

This combination of water, mechanical force and continuous processing makes friction washers one of the most effective cleaning technologies available in plastic recycling.

Why Are Friction Washers Important in Plastic Recycling?

Contamination remains one of the biggest challenges facing plastic recyclers.

Materials collected from commercial, industrial and municipal waste streams often contain dirt, sand, labels, adhesives, food residue, oils and other contaminants. If these materials are not effectively removed, they can negatively impact the quality of the recycled product and create processing issues later in the recycling line.

Friction washers helps overcome these challenges by:

  • Improving material purity
  • Increasing the value of recycled plastics
  • Reducing contamination in final products
  • Improving extrusion performance
  • Minimising wear on downstream equipment
  • Increasing overall plant efficiency

For many recycling operations, friction washers serves as a critical link between shredding and final cleaning stages.

Materials Commonly Processed Using Friction Washers

A friction washers can be used across a wide range of plastic recycling applications.

HDPE

Frequently used for containers, drums and bottles, HDPE often requires intensive washing to remove labels and contamination.

LDPE Film

Agricultural and post-consumer films can carry significant dirt and organic residue. A friction washer helps prepare the material for further washing and drying.

PP Plastics

Polypropylene packaging and industrial components benefit from additional scrubbing before extrusion.

PET Flakes

PET bottle recycling often utilises a friction washer to remove labels, glue residue and fines.

Mixed Rigid Plastics

Recycling facilities processing mixed streams can use a friction washer to improve overall material quality and consistency.

Benefits of Rotajet Friction Washers

Rotajet designs friction washers to meet the demands of modern recycling operations.

Key benefits include:

Superior Cleaning Performance

High-speed mechanical scrubbing effectively removes stubborn contamination from plastic surfaces.

Continuous Throughput

The machine is designed for continuous operation, supporting high production volumes and efficient processing.

Reduced Downstream Contamination

Cleaner material entering later stages improves the performance of separation, drying and extrusion equipment.

Durable Construction

Industrial-grade components are designed for demanding recycling environments and long service life.

Easy Integration

A Rotajet friction washer can be installed as a standalone machine or incorporated into a complete washing line.

Where Do Friction Washers Fit Within a Recycling Line?

A friction washer is commonly installed after shredding or granulation and before separation and drying stages.

A typical recycling process may include:

  1. Shredding or Size Reduction
  2. Pre-Washing
  3. Friction Washer
  4. Sink-Float Separation
  5. Rinsing
  6. Dewatering
  7. Thermal Drying
  8. Extrusion or Pelletising

By positioning the friction washer early in the process, contamination can be removed before it reaches more sensitive downstream equipment.

Choosing the Right Friction Washer

Every recycling application is different. Factors such as contamination levels, material type, throughput requirements and available space all influence equipment selection.

Rotajet works closely with customers to evaluate their material and recommend the most effective friction washer configuration for their specific requirements.

Free Material Trials

The best way to assess the effectiveness of a friction washer is to test your own material.

Rotajet offers free material trials, allowing our engineers to evaluate contamination levels, determine material cleanability and recommend the most suitable washing solution.

Whether you’re upgrading an existing recycling plant or designing a new facility, a Rotajet friction washer can help improve cleaning performance, increase recycled material quality and maximise the efficiency of your operation.

Friction Washer
Plastic Washing
Rotajet Systems

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High Speed Washing

How Plastic Recyclers Can Improve Material Quality and Increase Throughput

As demand for recycled plastics continues to grow, recyclers face increasing pressure to produce cleaner material while maintaining high production rates. Contamination remains one of the biggest challenges in plastic recycling, affecting material quality, processing efficiency and the value of the finished product. This is where high speed washing technology plays a critical role.

Modern high speed washing systems are designed to remove contaminants from plastic flakes quickly and efficiently, helping recyclers improve product quality while increasing throughput and reducing operating costs. Whether processing HDPE, LDPE, PP, PET, rigid plastics or industrial packaging waste, an effective washing stage can significantly enhance the performance of an entire recycling line.

High Speed Washing
high speed washing

What Is High Speed Washing?

High speed washing is a mechanical cleaning process that uses friction, water and centrifugal force to remove contaminants from plastic material.

Unlike conventional washing methods that rely primarily on soaking or rinsing, a high speed washer aggressively scrubs the surface of plastic flakes. As material moves through the machine, rotating paddles create friction between the plastic particles and water, helping to dislodge dirt, labels, adhesives, oils, food residues and other contaminants.

The result is cleaner material entering the next stage of the recycling process.

Why High Speed Washing Is Important

The quality of recycled plastic is directly linked to the effectiveness of the washing process.

If contaminants remain on the material, they can create problems during extrusion, pelletising and final product manufacturing. Poorly cleaned plastics may lead to reduced product quality, increased machine wear and lower market value for the recycled material.

Implementing a dedicated high speed washing stage allows recyclers to:

  • Improve contamination removal
  • Produce higher-quality recycled plastics
  • Increase throughput rates
  • Reduce downstream processing issues
  • Improve drying efficiency
  • Enhance the value of recycled material
  • Reduce waste and product rejection

For many recycling facilities, investing in improved washing technology can deliver significant long-term operational benefits.

How High Speed Plastic Washers Work

A high speed plastic washer typically consists of a rotating shaft fitted with multiple paddles enclosed within a robust housing.

As plastic flakes enter the machine, they are accelerated through the washing chamber where friction and turbulence help separate contamination from the material surface. Water introduced into the process assists with contaminant removal while carrying loosened particles away from the plastic.

The combination of mechanical action and water washing creates an intensive cleaning environment capable of handling heavily contaminated materials.

Following the high speed washing stage, the material can move to additional separation, rinsing, dewatering and drying processes depending on the application.

Suitable Applications for High Speed Washing

High speed washing systems are widely used throughout the plastics recycling industry and can process a broad range of materials.

Typical applications include:

Rigid Plastics

Contaminated rigid plastic containers often contain dirt, labels and residual product. High speed washing helps prepare these materials for further processing.

Plastic Bottles

Bottle recycling operations frequently use high speed washing to remove adhesives, paper labels and surface contamination before pelletising.

Industrial Packaging

Drums, containers and industrial packaging waste can accumulate significant contamination during use. Intensive washing improves the quality of the recovered plastic.

Production Scrap

Manufacturing waste often requires cleaning before reprocessing. High speed washing can help ensure a consistent feedstock for reuse.

Mixed Plastic Streams

Where multiple material types are processed, effective washing becomes essential for maintaining product quality and improving separation efficiency.

Integrating High Speed Washing into a Recycling Line

While standalone machines can deliver significant benefits, the greatest results are often achieved when high speed washing is integrated into a complete recycling system.

A typical plastic recycling line may include:

  • Shredding or granulation
  • Pre-washing
  • High speed washing
  • Sink-float separation
  • Hot washing (where required)
  • Rinsing
  • Dewatering
  • Drying
  • Material handling and storage

Each stage contributes to the overall effectiveness of the process, ensuring contaminants are removed while preserving material quality.

By integrating equipment throughout the line, recyclers can achieve greater automation, improved consistency and higher throughput.

Why Choose Rotajet High Speed Plastic Washers?

Rotajet designs and manufactures recycling equipment for a wide range of plastic processing applications. Our high speed plastic washers are engineered to provide effective contamination removal while maintaining reliable, continuous operation.

Key benefits include:

  • Heavy-duty industrial construction
  • High throughput capability
  • Efficient contaminant removal
  • Reduced maintenance requirements
  • Integration with complete recycling systems
  • Support for a wide range of plastic materials

Whether you require a standalone washer or a complete recycling plant, our engineering team can develop a solution tailored to your material and production requirements.

Free Material Trials

The best way to evaluate a recycling process is to test your own material.

Rotajet offers free material trials, allowing our engineers to assess contamination levels, washing requirements and expected performance before recommending the most suitable solution.

High-Speed Washers
Plastic Washing
Rotajet Systems

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Plastic Recycling Machinery UK

Rotajet Separation Systems for Upgrading Existing Plants

The UK plastic recycling industry is evolving rapidly.

Rising contamination levels, mixed polymer streams, and tighter end-user specifications mean that plastic recycling machinery in the UK must now deliver higher levels of separation, consistency, and efficiency than ever before.

Across the UK, many recycling plants already operate with:

  • Shredders and granulators
  • Basic plastic washing lines UK
  • Drying equipment

Yet they still struggle with:

  • Inconsistent recyclate quality
  • High contamination carryover
  • Inefficient water usage
  • Reduced material value

In many cases, the limiting factor is plastic separation machinery UK.

This is why more operators are now choosing to retrofit advanced plastic recycling machinery into existing plants, rather than replacing complete systems.

Why Separation Defines Plastic Recycling Machinery UK Performance

In modern recycling operations, throughput alone is not enough.

Material quality defines profitability.

Without effective plastic separation machinery UK:

  • Mixed polymers reduce recyclate value
  • Contamination affects downstream processing
  • Output becomes inconsistent
  • Processing costs increase
Recycling

Modern systems are now built around:

  • High-intensity plastic washing systems
  • Advanced sink float tanks
  • Integrated water filtration and recirculation

These operate as a multi-stage process, improving quality at each stage.

Rotajet Plastic Recycling Machinery UK – Built for Retrofit Integration

Rotajet Systems Ltd, based in Wakefield, manufactures plastic washing lines UK and plastic separation machinery UK designed specifically for retrofit applications.

Their systems are modular and integrate into existing plants with minimal disruption.

Key technologies include:

Rotajet focuses on complete process performance, not just individual machines.

Typical Plastic Washing Line Process in the UK

A modern plastic washing line UK follows a structured process:

  1. Size reduction (shredding/granulation)
  2. High-intensity washing using a plastic washing system
  3. Density separation using sink float tanks
  4. Water filtration and recirculation
  5. Dewatering and drying

This staged process ensures consistent, high-quality output.

Plastic Recycling Machinery UK: Retrofit Upgrade Options

The table below outlines common retrofit upgrades.

Upgrade TypeEquipmentPurposeBenefitLocation
Washing UpgradePlastic washing systemRemoves contaminationImproves separationPre-wash
Separation UpgradeSink float tanksDensity separationHigher purityMid-line
Filtration UpgradeWater filtration systemsRemoves finesStable processWater system
Full UpgradeCombined systemMulti-stage cleaningMaximum output qualityFull line
Retrofit IntegrationRotajet modulesUpgrade plantLower CAPEXExisting layout

Traditional vs Retrofit Plastic Recycling Machinery UK

FactorTraditional SystemsRotajet Retrofit Systems
CostHighLower
DowntimeHighLow
FlexibilityFixedModular
PerformanceLimitedImproved
Water UsageHigherReduced
ROISlowerFaster

Retrofitting is now widely seen as the most practical upgrade route.

Sink Float Tanks UK: Core Plastic Separation Machinery

Sink float tanks are a key technology in modern recycling.

  • PP and PE float
  • PET, PVC, metals sink

This allows:

  • Polymer separation
  • Contaminant removal
  • Improved recyclate quality

Plastic Washing Systems UK: High-Intensity Cleaning

Effective separation depends on proper cleaning.

High-intensity plastic washing systems remove:

  • Dirt
  • Oils
  • Labels
  • Residues

This improves downstream plastic separation machinery UK performance.

Water Filtration and Recirculation

Water quality is critical.

Rotajet systems integrate:

  • Filtration
  • Screening
  • Recirculation

Supporting systems like screening equipment help maintain stability.

Plastic Recycling Machinery UK by Application

ApplicationMaterialMachineryMethod
FilmLDPEWashing + frictionDensity
RigidHDPE/PPSink floatFloat/sink
PETBottlesSeparation tanksPolymer separation
MixedWasteMulti-stage systemsCombined
IndustrialPlasticsWashing + screeningMechanical

See full plastic recycling applications.

Common Problems in UK Recycling Plants

Typical Retrofit Layouts

  • Add washing stage before existing line
  • Install sink float tanks mid-process
  • Upgrade water system
  • Improve process after size reduction equipment

Modular upgrades allow step-by-step improvement.

Why UK Recyclers Choose Retrofit

  • Lower cost
  • Less downtime
  • Faster improvement
  • Extends plant life

Why Rotajet Plastic Recycling Machinery UK

Rotajet offers:

  • UK manufacturing
  • Modular retrofit systems
  • Proven process solutions
  • Trial facility in Wakefield
  • Buy • Rent • Contract flexibility

Industries Using Plastic Recycling Machinery UK

  • Recycling & waste
  • Packaging
  • Agriculture
  • Automotive
  • Food & beverage

UK Regulations and Industry Standards

Plastic recycling is influenced by:

ENVIRONMENT AGENCY
WRAP

These drive demand for higher-quality separation systems.

Buy, Rent or Retrofit

Rotajet offers:

  • Buy – full ownership
  • Rent – reduce upfront cost
  • Retrofit – upgrade existing plant
  • Contract – outsource processing

Buy • Rent • Contract — flexible solutions

Conclusion

The future of plastic recycling machinery UK is not full replacement.

It is retrofitting advanced separation systems into existing plants

With:

  • Plastic washing systems
  • Sink float tanks
  • Water filtration

Rotajet systems provide a practical, modular solution to improving plant performance.

Frequently Asked Questions

What is plastic recycling machinery UK?
Equipment used to process plastic waste, including washing, separation, and drying systems.

What is the most important part of a recycling line?
Separation systems such as sink float tanks and washing systems.

Can plastic washing lines be upgraded?
Yes, through retrofit solutions.

What do sink float tanks do?
They separate materials based on density.

How do you improve recyclate quality?
By improving washing, separation, and filtration.

Visit Plastic Washing to learn more or to get in contact with us.

Size Reduction
Separation
Plastic Washing
Rotajet Systems

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How to Remove Oil, Grease & Organic Contamination

Industrial Plastic Washing Systems for Contaminated Plastic Recycling

Plastic recycling facilities increasingly face a major challenge: contamination in plastic waste streams.

Plastic materials recovered from food processing, waste packaging, anaerobic digestion plants, paint container recycling and industrial processes often contain oils, fats, food residues, labels, adhesives and organic contamination.

Contamination

Without effective cleaning, these contaminants can make plastic difficult to process, impossible to pelletise and unsuitable for reuse in manufacturing.

Modern plastic washing systems are therefore critical to transforming contaminated plastic waste into clean, recyclable raw material.

Rotajet Systems Ltd designs and manufactures industrial plastic washing machinery in the UK, engineered to remove heavy contamination and improve plastic recyclability for recycling plants worldwide.

Learn more about industrial plastic washing equipment here:
https://plasticwashing.co.uk

The Challenge of Contaminated Plastic Recycling

Plastic recyclers rarely receive clean feedstock.

Most post-consumer and post-industrial plastics arrive contaminated with substances that must be removed before recycling can occur.

Typical contamination sources include:

• Waste cooking oil residues
• Food contamination
• Organic residues from depackaging plants
• Paint and coating residues
• Adhesives and labels
• Oils and lubricants from industrial packaging
• Dirt and organic debris

Industry groups such as Plastics Recyclers Europe highlight contamination as one of the largest barriers to improving recycling rates across Europe.

These contaminants reduce the value of recycled plastic and create serious operational challenges during recycling.

Common processing issues include:

• Poor extrusion quality
• Pellet contamination
• Odour problems
• Reduced melt flow performance
• Blocked extrusion filters
• Increased maintenance and downtime

For many recycling plants, plastic washing systems are essential before extrusion or pelletising can take place.

Why Plastic Washing Systems Are Essential in Recycling Plants

Plastic washing systems perform several critical roles within modern recycling operations.

They help to:

• Remove oils and organic contamination
• Separate dirt and debris from plastic flakes
• Improve recyclate purity
• Reduce odours in recycled plastics
• Improve downstream extrusion performance
• Increase the value of recycled plastic pellets

Research from the Waste and Resources Action Programme shows that improving contamination removal significantly increases the value of recycled plastics.

Types of Plastic Washing Technologies

Plastic recycling plants typically use multiple washing stages depending on the level of contamination and material type.

Drum Washing Systems

Drum washing systems are typically used for light contamination removal, particularly when processing plastic containers, packaging and industrial drums before shredding.

For example, container washing equipment such as the Rotajet container washer can remove surface contamination before plastic size reduction.

Learn more:
https://drumwashing.com/container-washer-rj-cw-9-25/

These machines are often installed alongside plastic recycling washing lines supplied by Rotajet.

Sink Float Separation Systems

Sink-float tanks separate plastics based on density differences.

Polyolefins such as HDPE, LDPE and polypropylene float, while heavier contaminants sink.

This stage is widely used in recycling plants handling mixed plastic waste streams.

Rotajet sink-float separation equipment can be integrated into plastic recycling washing lines.

More information:
https://plasticwashing.co.uk

High-Speed Friction Washing

For heavily contaminated plastics, high-speed friction washing systems provide the most effective cleaning solution.

These machines generate intense mechanical friction to remove:

• Oils and grease
• Food contamination
• Paint residues
• Adhesives and labels
• Organic contamination

High-speed friction washing is commonly used in recycling facilities processing plastics from food packaging, waste management operations and anaerobic digestion plants.

High-Speed Friction Washing Technology

The Rotajet RJ-Turbo friction washer is designed to remove heavy contamination from shredded plastics and plastic regrind.

More details:
https://plasticwashing.co.uk/plastic-washer/

The system uses a high-speed rotor inside a perforated screen basket, creating friction between plastic particles.

During operation:

  1. Contaminated plastic enters the washing chamber
  2. A high-speed rotor accelerates the plastic particles
  3. Plastic flakes rub together creating friction
  4. Contamination is dislodged from the plastic surface
  5. Water flushes contaminants through the basket
  6. Clean plastic exits the machine ready for further processing

This friction washing process removes oils, fats and organic contamination from plastic waste streams, significantly improving recyclability.

Example Plastic Washing Line Layout

A typical plastic recycling washing line may include:

Material feed hopper
→ Shredder
→ Granulator
→ Rotajet friction washer
→ Sink-float tank
→ Secondary washing stage
→ Mechanical dewatering dryer
→ Material storage silos

Rotajet designs complete plastic washing plants as well as individual machines that can integrate into existing recycling facilities.

Full system overview:
https://plasticwashing.co.uk

Retrofit Plastic Washing Systems into Existing Recycling Plants

Many recycling facilities already operate shredders, granulators or extrusion equipment but struggle with contamination problems.

Rotajet plastic washing systems can be retrofitted into existing recycling plants to improve cleaning performance without replacing the full recycling line.

Typical retrofit upgrades include:

• Installing friction washers
• Adding sink-float separation systems
• Integrating water filtration equipment
• Improving contamination removal stages

This approach allows recycling plants to upgrade material quality while maintaining existing infrastructure.

Paint Pot and Paint Container Recycling

Paint pot and paint container recycling is an increasingly important sector in plastic recycling.

Plastic containers used for paints and coatings often contain:

• Dried paint residues
• Pigments and fillers
• Adhesive labels
• Surface contamination

Industry bodies such as the British Coatings Federation promote improved recycling of paint packaging.

Plastic washing systems manufactured by Rotajet can help clean:

• HDPE paint containers
• Plastic paint pots
• Coatings containers
• Construction chemical packaging

High-energy washing stages remove:

• Paint residues
• Pigments
• Labels
• Surface contamination

This allows clean HDPE plastic to be recovered and recycled into new products.

Anaerobic Digestion Plastic Recycling

Another challenging plastic waste stream comes from food waste depackaging systems used in anaerobic digestion plants.

These plastics are contaminated with:

• Food residues
• Organic waste
• Liquids and fats

The Anaerobic Digestion and Bioresources Association highlights the importance of recovering plastics from organic waste streams.

High-speed friction washing systems can remove organic contamination from these plastics and significantly improve recycling performance.

How Clean Does Plastic Need to Be Before Extrusion?

Plastic washing is not only about appearance — it is about producing a consistent feedstock for extrusion and pelletising.

If contamination remains on plastic flakes it can lead to:

• unstable extrusion
• blocked melt filters
• poor pellet quality
• odour problems
• lower product value

This is why many recycling facilities install a Rotajet friction washing stage before pelletising.

By removing oils, paint residues and organic contamination, plastic washing systems help produce cleaner plastic flakes suitable for recycling.

Environmental Benefits of Plastic Washing Systems

Plastic washing systems play an important role in supporting the circular economy.

Benefits include:

• Increased plastic recycling rates
• Reduced landfill waste
• Improved recycled material quality
• Lower contamination in recycled pellets
• Reduced environmental impact

Modern washing plants designed by Rotajet can also operate with water recirculation systems to minimise water usage.

UK Manufactured Plastic Washing Machinery

Rotajet designs and manufactures industrial plastic washing machinery in the United Kingdom.

Rotajet equipment is installed in recycling plants across:

• United Kingdom
• Europe
• North America
• Asia
• Middle East

Rotajet plastic washing systems are engineered for:

• Heavy contamination removal
• Integration with existing recycling plants
• Industrial processing environments
• Long operational service life

Buy, Rent or Trial Plastic Washing Equipment

Rotajet offers flexible equipment supply options.

Purchase

Complete plastic washing systems for new recycling plants.

Rental

Rental options allow recyclers to increase capacity quickly.

Material Trials

Material trials can be carried out to determine the most suitable washing configuration.

More information:
https://plasticwashing.co.uk

Frequently Asked Questions

How do you remove oil from plastic recycling?

Oil contamination can be removed using high-speed friction washers, where plastic particles rub together while water removes oils and residues.

What is a friction washer in plastic recycling?

A friction washer is a machine that cleans plastic flakes using a high-speed rotor and screen basket to generate mechanical friction.

Why must plastic be washed before recycling?

Contaminants such as oils, paints, adhesives and food residues can disrupt extrusion and reduce recycled plastic quality.

Can plastic washing systems be retrofitted into existing recycling plants?

Yes. Plastic washing systems manufactured by Rotajet Systems Ltd can be retrofitted into existing recycling lines to improve contamination removal and recyclate quality.

Visit Plastic Washing to learn more, or get in contact with us.

Plastic Washers
Plastic Washing
Rotajet Systems
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Plastic Recycling Machinery UK

Integrated Filtration Systems Engineered by Rotajet

Modern Plastic Recycling Machinery UK installations are defined by more than washing performance. They are defined by process control.

Without engineered filtration:

  • Organic solids accumulate
  • Polymer fines recirculate
  • Pumps wear prematurely
  • Closed-loop systems destabilise
  • Effluent loads increase
  • Water consumption rises

That is why filtration is engineered directly into Plastic Recycling Machinery UK systems manufactured by Rotajet Systems Ltd.

Rotajet designs and manufactures plastic recycling machinery in the UK, integrating washing, density separation and water filtration into complete industrial systems — not standalone machines.

Why Filtration Is Critical in Plastic Recycling Machinery UK

Plastic recycling plants in the UK process:

  • Post-consumer rigid plastics
  • Film plastics
  • HDPE and PP packaging
  • WEEE plastics
  • AD depackaging waste

During washing, water becomes contaminated with:

  • Organic residues
  • Label fragments
  • Fine plastic particles
  • Sludge and grit

If this contamination is not removed efficiently, Plastic Recycling Machinery UK systems suffer:

  • Reduced washing efficiency
  • Increased maintenance
  • Re-contamination of cleaned flake
  • Higher effluent treatment costs

Rotajet integrates industrial filtration into its UK plastic washing systems to ensure stable and repeatable performance.

Explore integrated washing systems:
https://plasticwashing.co.uk/integrated-systems/

The Integrated Rotajet Plastic Recycling Machinery UK Process

A typical Rotajet Plastic Recycling Machinery UK system operates in a controlled sequence:

Plastic feed enters the high-speed friction washer.
Contaminated water is discharged.
Water passes through vibratory screening filtration.
Clean water is recirculated into the wash stage.
Density separation follows via sink-float technology.
Material is then dewatered and dried.

plastic recycling

Because Rotajet engineers the full Plastic Recycling Machinery UK process — not isolated equipment — hydraulic flow, screening mesh and contamination load are matched precisely.

Specialist screening integration is supported via:
https://www.vibratingsieves.co.uk

Wakefield Trial Capability – Validate Before Investment

All Rotajet Plastic Recycling Machinery UK systems can be trialled at the Wakefield manufacturing facility.

Trial capability allows operators to:

  • Test real feedstock
  • Measure contamination removal
  • Validate filtration efficiency
  • Optimise screening specification
  • Confirm throughput performance

This ensures Plastic Recycling Machinery UK installations are engineered around proven data — not assumptions.

Trial validation reduces technical and financial risk.

Factory Acceptance Testing (FAT) – Engineered Before Installation

Before dispatch, every integrated Plastic Recycling Machinery UK system undergoes comprehensive Factory Acceptance Testing (FAT) at the Rotajet Wakefield facility.

FAT includes:

  • Mechanical inspection
  • Hydraulic flow validation
  • Filtration performance verification
  • Electrical system testing
  • Safety compliance checks

Customers may attend FAT before delivery, ensuring full confidence prior to site installation.

Learn more about UK manufacturing capability:
https://rotajetsystems.com

Integrated vs Add-On Plastic Recycling Machinery UK Systems

Not all Plastic Recycling Machinery UK installations are engineered equally.

Some plants operate with:

  • Standalone filtration units added later
  • Imported screening equipment
  • Static filters unable to manage fines
  • No hydraulic matching between wash and filtration stages

This often results in:

  • Recirculated contamination
  • Inconsistent flake quality
  • Excess sludge build-up
  • Increased downtime

By contrast, Rotajet engineers Plastic Recycling Machinery UK systems as integrated processes.

Integrated Rotajet SystemTypical Add-On Setup
Designed with wash plantAdded after install
Flow matched to washerGeneric flow assumptions
Mesh sized from trialsOff-the-shelf screening
FAT-tested before dispatchOn-site modification required
UK engineering supportLimited integration

Integration reduces risk.
Add-ons increase variability.

Buy, Rent or Contract – Flexible Plastic Recycling Machinery UK Solutions

Rotajet supports multiple commercial pathways.

Buy – Complete Plastic Recycling Machinery UK Systems

Filtration systems are supplied as part of fully integrated:

  • Plastic washing lines
  • Friction washer installations
  • Sink-float separation systems
  • Closed-loop recirculation packages

All systems can be trialled and FAT-tested prior to dispatch.

https://plasticwashing.co.uk/integrated-systems/

Rent – Scalable Plastic Recycling Machinery UK Capacity

Rental options support:

  • Short-term processing
  • Commissioning phases
  • Temporary expansion
  • Reduced capital risk

Contract Processing – Outsource Plastic Recycling Machinery UK Capability

Where investment is not immediately viable, contract washing and filtration services may support ongoing processing requirements.

Why Choose Rotajet for Plastic Recycling Machinery UK?

Rotajet Systems Ltd manufactures Plastic Recycling Machinery UK systems in Wakefield, integrating washing, separation and filtration into engineered industrial solutions.

Working with Rotajet provides:

  • UK-based engineering support
  • Wakefield trial validation
  • Factory Acceptance Testing
  • Integrated system design
  • Long-term operational stability
  • Global supply capability

Rotajet engineers complete Plastic Recycling Machinery UK systems — not isolated equipment.

Frequently Asked Questions – Plastic Recycling Machinery UK

What makes integrated Plastic Recycling Machinery UK systems different?

Integrated systems are engineered with washing, separation and filtration designed together, ensuring stable water recirculation and predictable performance.

Can Plastic Recycling Machinery UK systems be trialled?

Yes. Rotajet offers Wakefield-based trial capability to validate washing and filtration performance before investment.

What is Factory Acceptance Testing (FAT)?

FAT verifies mechanical, hydraulic and electrical performance before Plastic Recycling Machinery UK systems leave the factory.

Are Plastic Recycling Machinery UK systems available for rental?

Depending on application, systems may be supplied for purchase, rental or contract processing.

Visit Plastic washing to learn more or to get in contact with us.

Plastic Recycling
Plastic Washing
Rotajet Systems
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Sink Float Tanks for Plastic Recycling

High-Performance Density Separation Systems Manufactured in the UK – Supplied Globally

Modern plastic recycling plants require more than simple flotation tanks. Within a complete https://plasticwashing.co.uk/plastic-washing-lines/, the density separation stage determines final polymer purity, extrusion stability and long-term profitability.

Our industrial sink float tanks are engineered and manufactured in the UK and supplied globally to recycling operations processing rigid plastics, PET flake, film regrind and WEEE materials.

If you are processing:

  • PP / PE rigid packaging
  • HDPE regrind
  • PET bottle flake
  • Mixed post-consumer plastics
  • Engineering polymers
  • WEEE appliance housings

Then your density separation system directly affects:

✔ Polymer purity
✔ Filter change frequency
✔ Pellet resale value
✔ Water consumption
✔ Plant uptime

What Is a Sink Float Tank?

A sink float tank separates plastics based on density using water as the separation medium.

Polyolefins such as PP and PE float, while heavier polymers including PET, PVC and ABS sink. This physical separation principle makes density separation one of the most cost-effective purification methods in mechanical recycling.

Material entering the tank is typically size reduced using https://plasticwashing.co.uk/plastic-granulators/ to ensure consistent flake size before separation.

Why Engineered Density Separation Systems Outperform Basic Tanks

In high-throughput recycling plants, basic flotation troughs create instability.

Common issues include:

  • Turbulence remixing fractions
  • Poor retention time
  • Sediment accumulation
  • Polymer crossover contamination
  • Excessive water usage

Prior to density separation, material is commonly processed through https://plasticwashing.co.uk/friction-washers/ to remove labels, fines and contamination.

Our engineered systems incorporate:

✔ Controlled laminar flow
✔ Independent float and sink discharge
✔ Continuous sediment removal
✔ Heavy-duty stainless construction
✔ Closed-loop water recirculation

Learn more here:
https://plasticwashing.co.uk/sink-float-tanks-2/

Sink Float Tanks Integration Within Complete Plastic Washing Plants

A sink float tank forms the purification stage between wet washing and drying.

After separation:

For full system design, explore our https://plasticwashing.co.uk/plastic-washing-lines/.

Sink Float Tanks for WEEE Recycling

The WEEE sector presents one of the most demanding separation environments.

Materials processed include:

  • ABS appliance housings
  • HIPS
  • Flame-retardant plastics
  • Mixed engineering polymers
float tanks

Sink float tanks are used to:

✔ Separate polyolefins from engineering plastics
✔ Remove mineral contamination
✔ Improve feedstock value
✔ Prepare material for electrostatic sorting

Water Efficiency & Closed-Loop Operation

Modern density separation systems integrate into https://plasticwashing.co.uk/plastic-washing-lines/ to reduce freshwater demand and effluent discharge.

Integrated filtration and sediment purge systems reduce operating costs and improve sustainability metrics.

Material Trials Conducted at Our UK Manufacturing Facility

We offer material trials at our UK-based manufacturing facility, allowing customers to test their plastic streams prior to installation.

Trials evaluate:

Float / sink purity
Retention time optimisation
Contamination challenges
Full system integration

Systems are assembled and factory tested in the UK before global shipment.

Manufactured in the UK – Supplied Worldwide

All sink float tanks are:

  • Engineered and manufactured in the UK
  • Designed for continuous industrial operation
  • Supplied globally
  • Supported with installation and commissioning

UK manufacturing ensures quality control, shorter lead times and long-term technical support.

Frequently Asked Questions

What is a sink float tank used for in plastic recycling?

A sink float tank separates plastics based on density. Polyolefins float while heavier plastics such as PET, PVC and ABS sink, enabling efficient polymer separation within plastic washing lines.

Can sink float tanks process WEEE plastics?

Yes. Sink float tanks are widely used in WEEE recycling to separate engineering plastics from polyolefins and remove mineral contamination before further sorting.

Are material trials available before purchase?

Yes. Material trials can be conducted at our UK manufacturing facility to assess separation performance and optimise system design before installation.

Are the systems manufactured in the UK?

Yes. All systems are engineered and manufactured in the UK and supplied globally.

Visit Plastic Washing to learn more, or to get in contact with us.

Sink Float Tanks
Plastic Washing
Rotajet Systems

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Industrial Plastic Washing Plant UK

Rotajet High-Performance Film & Rigid Recycling Systems

Rotajet Systems Ltd designs and manufactures industrial plastic washing systems in the UK for recycling operators worldwide. Rotajet plastic washing plants are engineered specifically for high-contamination post-consumer and commercial waste streams — not ideal laboratory conditions.

Plastic washing

Plastic recycling profitability is no longer determined by bale price — it is determined by wash quality, contamination reduction and moisture control.

Contaminated plastics frequently contain:

  • Organic residue
  • Oils and fats
  • Adhesives and labels
  • Paper fibre
  • Moisture levels exceeding 40–50%

Material quality standards promoted by WRAP and the British Plastics Federation continue to push recyclers toward higher-grade outputs and improved material consistency.

To compete, operators require industrial-grade plastic washing equipment built for real-world feedstock.

Why Many Plastic Washing Lines Underperform

Low-energy wash tanks alone cannot:

  • Remove bonded oils and food residues
  • Break down adhesive contamination
  • Reduce moisture efficiently
  • Prevent film wrapping and blockages
  • Deliver extrusion-grade flake

Plastic streams can contain 50%+ moisture and significant organic contamination. Without aggressive friction washing and controlled dewatering, output quality remains downgraded.

Rotajet plastic washing systems are designed specifically to solve this.

Complete Rotajet Plastic Washing Line Design

A high-performance industrial plastic washing plant must operate as a fully integrated system.

Size Reduction & Opening

Precision shredding increases surface exposure and prepares film and rigid plastics for effective cleaning.

Size reduction systems:
https://plasticwashing.co.uk/size-reduction/

Typical throughput range:
500 kg/hr to 5 tonnes per hour

High-Intensity Friction Washing – RJ-Turbo

The core contamination removal stage.

The Rotajet RJ-Turbo friction washer operates at 800–1,200 RPM, generating intense mechanical shear by forcing plastics against a perforated basket and against each other.

This process:

  • Strips oils and surface residue
  • Breaks adhesive bonds
  • Removes organic contamination
  • Improves downstream separation
  • Upgrades flake value

Rotajet RJ-Turbo friction washer:
https://plasticwashing.co.uk/rj-turbo/

This is the stage that transforms contaminated waste into commercially viable recycled polymer.

Sink-Float Separation

Density-based separation isolates polymer fractions and removes heavier contaminants.

Rotajet sink-float systems:
https://plasticwashing.co.uk/sink-float-separation/

Mechanical & Thermal Drying

Rotajet centrifugal dryers reduce moisture to:

  • 8–15% after mechanical stage
  • <3% prior to extrusion (with final drying)

Rotajet mechanical dryers:
https://plasticwashing.co.uk/mechanical-dryers/

Lower moisture = lower energy cost and improved pellet quality.

Closed-Loop Water Systems

Rotajet plastic wash plants integrate filtration and recirculation to:

  • Reduce fresh water demand
  • Minimise effluent discharge
  • Lower operating costs
  • Improve sustainability metrics

Aligned with environmental compliance expectations from UK Government.

Technical Performance Benchmarks

ParameterRotajet Industrial Range
Throughput0.5 – 5 t/hr
Film CompatibilityLDPE, LLDPE, PP film
Rigid PlasticsHDPE, PP, PET trays
Rotor Speed800–1,200 RPM
Moisture Reduction50%+ to <15% mechanical
Final Moisture<3% before extrusion
Water SystemClosed-loop filtration

Why Choose Rotajet Plastic Washing Systems?

Rotajet Systems Ltd manufactures plastic washing equipment in the UK with full design, build, installation and after-sales capability.

Rotajet systems are engineered for:

  • High-contamination waste streams
  • Modular scalability
  • Retrofit integration
  • Heavy-duty industrial duty cycles
  • Long-term operational reliability

From a single Rotajet friction washer to a complete industrial plastic washing plant, Rotajet provides:

  • Engineering design
  • UK manufacture
  • Installation & commissioning
  • Service & spare parts support

This ensures recyclers are not dependent on overseas suppliers for long-term plant reliability.

Plastic Washing Plant UK – Engineered for Integration

Operators searching for plastic washing plant UK require:

  • Footprint optimisation
  • Retrofit capability
  • Electrical compatibility
  • Water management integration
  • Reliable UK technical support

Rotajet plastic washing systems are modular, allowing phased investment and scalable expansion as throughput grows.

How Much Does a Rotajet Plastic Recycling Line Cost?

Cost depends on:

  • Required throughput
  • Contamination severity
  • Automation level
  • Water treatment configuration
  • Drying specification

Modular system design allows recyclers to start with core friction washing before expanding to a full plastic washing plant.

FAQ

Who manufactures plastic recycling plants in the UK?

Rotajet Systems Ltd designs and manufactures industrial plastic washing plants in the UK for recycling operators worldwide.

What is the best method for washing contaminated plastic film?

High-speed friction washing combined with density separation and mechanical drying provides the most effective cleaning.

What moisture level is required before extrusion?

Typically below 3% moisture for stable pelletising.

What throughput can Rotajet plastic recycling systems handle?

Systems range from 500 kg/hr up to 5 tonnes per hour depending on configuration.

Visit Plastic Washing to learn more, or get in contact with us.

Plastic Plants
Plastic Washing
Rotajet Systems

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Inside a Modern Plastic Washing Line

Inside a Modern Plastic Washing Line

Feed Preparation and Size Reduction

The process begins with size reduction, where incoming plastic is shredded and granulated to produce a consistent particle size. Uniform feed material directly improves washing efficiency, separation accuracy, and downstream drying performance. Poor size control leads to uneven cleaning and increased contamination carryover.

Plastic Size Reduction Equipment for Recycling
https://plasticwashing.co.uk/size-reduction/

Plastic Washing

High-Energy Washing and Friction Cleaning

Once size-reduced, material enters the washing stage. High-energy friction washing removes labels, food residues, oils, and ingrained dirt through mechanical action rather than relying solely on chemicals. This approach delivers cleaner flakes while reducing chemical consumption and operating cost.

Plastic Washers & Friction Washers
https://plasticwashing.co.uk/washers/

Density Separation and Contaminant Removal

After washing, plastics pass through sink–float separation, where materials are separated by density. This stage removes unwanted polymers, fines, and residual contamination, producing a consistent output suitable for extrusion or pelletising.

Water Management and Closed-Loop Operation

Modern plastic washing lines increasingly operate with closed-loop water systems. Integrated filtration and fines removal allow wash water to be reused, significantly reducing fresh water consumption and effluent discharge.

Dewatering and Final Conditioning

Mechanical dewatering and thermal drying reduce moisture content, producing clean, free-flowing plastic flakes ready for reuse or further processing.

Typical Applications for Plastic Washing Lines

  • Post-consumer food packaging
  • Film and rigid mixed plastics
  • HDPE, PP, and PET flakes
  • Heavily contaminated plastics from depackaging

Common Plastic Washing Line Design Mistakes

  • Under-sizing size reduction before washing
  • Relying on chemicals instead of mechanical cleaning
  • Ignoring water recirculation and fines management

Avoiding these issues is critical to achieving consistent output quality and stable operation.

At Rotajet Systems Ltd, plastic washing lines are engineered as complete process systems—covering size reduction, washing, separation, and water management—based on real contamination levels and throughput requirements rather than generic layouts.

Frequently Asked Questions

How does a plastic washing line improve recyclate quality?
By combining size reduction, friction washing, separation, and controlled water management to remove contaminants consistently.

What contamination can a plastic washing line remove?
Food residues, labels, oils, dirt, fines, and incompatible polymers.

Is size reduction essential before plastic washing?
Yes. Consistent particle size is critical for effective washing and separation.

How much water does a plastic washing line use?
Modern systems use closed-loop water circuits to minimise consumption and effluent.

Can plastic wash lines be integrated into existing plants?
Yes. Modular washing lines can be integrated into new or existing recycling facilities.

Plastic Plants
Plastic Washing
Rotajet Systems

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Removing Organics from Waste Plastic

Waste Plastic Contamination

Food waste depackaging within anaerobic digestion (AD) facilities generates plastic packaging heavily contaminated with organic residues. The waste plastic often contain up to 50% moisture and as much as 25% organic contamination, including food residues, fats, oils, sugars, and proteins. Without effective cleaning, this material is routinely rejected by recyclers and diverted to energy recovery or disposal.

waste plastic

To address this challenge, many AD operators are now integrating high-performance plastic washing systems, with high-speed friction washing—such as the RJ-Turbo—emerging as the most effective solution for organic-rich plastic waste streams.

Why Organic Contamination Must Be Removed From Waste Plastic

Organic contamination on waste plastics creates multiple downstream issues:

  • Odour and hygiene risks during storage and transport
  • Plastic degradation and biological growth
  • Reduced melt quality during recycling
  • Failure to meet recycler contamination specifications

With increasing pressure from UK Extended Producer Responsibility (EPR) and the EU Packaging and Packaging Waste Regulation, AD operators are required to demonstrate improved recovery and cleanliness of plastic packaging.

Methods for Removing Organic Contamination from Waste Plastic

Cleaning MethodProsCons
Rinse / Spray WashingLow capital cost
Simple installation		Ineffective on fats and oils
High water usage
Inconsistent results
Soak Tanks / Drum WashersSuitable for lightly contaminated plasticsLong cycle times
Limited mechanical action
Poor performance on films
Chemical / Detergent WashingCan remove stubborn residuesHigh operating costs
Chemical handling risks
Increased effluent treatment
High-Speed Friction Washing (RJ-Turbo)Excellent removal of food residues, fats, and oils
Effective for mixed rigid and film plastics
Lower water usage per tonne
Continuous operation		Higher mechanical energy input

High-speed friction washing using the RJ-Turbo has proven particularly effective where contamination levels are extreme and highly variable, as is typical with food waste depackaging.

How the RJ-Turbo Removes Organics from AD Plastics

The RJ-Turbo is engineered specifically for cleaning plastics recovered from food waste depackaging. Contaminated plastics are fed directly into the washer, where a high-speed rotor generates intense mechanical shear and plastic-to-plastic contact. This action dislodges embedded food residues, oils, and fats that cannot be removed by rinsing alone.

Controlled water injection flushes loosened organics through a fixed screen basket, separating them from the cleaned plastics. The organic-rich wash water can then be filtered, treated, or returned to the front end of the depackaging or digestion process.

Designed for AD and Closed-Loop Operation

The RJ-Turbo is designed to:

  • Handle high moisture and organic loading
  • Process mixed rigid and film plastics
  • Integrate with upstream depackaging systems
  • Reduce fresh water consumption through recirculation
  • Support closed-loop operation by returning organics to digestion

This makes the RJ-Turbo particularly well suited to modern AD plants seeking to improve plastic recyclability while maximising biogas yield.

Industry Guidance and Authority References

Improved plastic cleaning aligns with guidance from:

Removing organic contamination from waste plastic packaging is now essential for AD operators. While several cleaning methods exist, high-speed friction washing using the RJ-Turbo provides the most reliable and efficient solution for heavily contaminated plastics from food waste depackaging. By improving recyclability, reducing water consumption, and supporting closed-loop processing, the RJ-Turbo enables AD plants to convert a problematic waste stream into a recoverable resource.

FAQ’S

Can plastics from food waste depackaging be recycled?
Yes, provided organic contamination is effectively removed using mechanical washing such as high-speed friction washing.

Why is friction washing better than rinsing?
Friction washing uses mechanical shear to remove fats, oils, and embedded residues that water alone cannot dislodge.

Can organics removed from plastics be reused?
In AD plants, recovered organics can often be returned to the digestion process, improving biogas yield.

Visit PlasticWashing.co.uk to learn more, or get in contact with us

Plastic Washing
RJ-Turbo
Plastic Washers
Rotajet Systems

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