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Expanding Horizons

Unlocking the Potential of Rotational Moulding Edition 5 u Image co

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Index Introduction

Martin Coles

From the Editor

Case Studies

01 How PA6 is Opening New Possibilities for High-Performance Rotational Moulding Polymers 02 Infrastructure Products

Matrix Polymers

Weida

03 Long‑Term Commitment to Process Excellence

Fortis Technology

04 Closing the Loop: Solving Rotomoulding’s End-of-Life Challenge

Replast

05 Powering Research in Sustainable Manufacturing (PRISM)

Queen’s University Belfast

Enduramaxx

06 Storing Resilience: Redefining Water Management

Summary

Credits

Get In Touch

Martin Coles, Group CEO Rotational moulding has always been an industry built on ingenuity. It takes a relatively simple process and, through the right combination of materials, design, experience and imagination, turns it into products that solve real-world challenges across an extraordinary range of markets. Today, that spirit of innovation is more important than ever. Our industry is evolving. Sustainability, circularity, changing customer expectations and the demand for higher-performing products are challenging us to think differently — not only about the materials we use, but about how products are designed, manufactured, used and ultimately recovered. For me, that is what Expanding Horizons is all about: looking beyond where our industry is today and exploring where it could go next. In this edition, we bring together ideas and experiences from across the rotational moulding community. We explore how advanced materials such as PA6 can open new opportunities for higher-performance applications, how collaboration and research can help us manufacture more intelligently, and how circular thinking is beginning to change the way we approach the entire lifecycle of a rotomoulded product. Importantly, these are not challenges that any one business can solve alone. Progress comes when material suppliers, moulders, designers, researchers, equipment manufacturers and end users share knowledge and work together. At Matrix Polymers, we are proud to play our part in that collaboration. Our ambition has never been simply to supply polymer. It is to understand what our customers are trying to achieve, challenge what is possible and use our materials knowledge and technical expertise to help turn ideas into commercially viable solutions. The stories in this edition demonstrate just how much potential still exists within rotational moulding. From extending product life and reducing environmental impact to entering completely new applications and markets, there is a significant opportunity ahead of us. I hope this edition encourages you to look at our industry from a different perspective, starts new conversations and, most importantly, inspires new ideas. Because expanding the horizons of rotational moulding is something we can only achieve together. 01

01 How PA6 is Opening New Possibilities for High-Performance Rotational Moulding

Matrix Polymers Expanding the use of PA6 in rotational moulding will require more than material development alone. Success depends on collaboration across the entire value chain, bringing together material suppliers, moulders, machine manufacturers, designers and end users. Understanding the application and its operating environment from the outset is critical. Material selection, mould design and processing conditions must work together to deliver the required performance.

This collaborative approach helps identify

opportunities earlier and address technical challenges before they become barriers to adoption. For Matrix Polymers, this means going beyond simply supplying material. It means working alongside customers to understand the challenge, develop the right solution and unlock new opportunities for advanced materials in rotational moulding. 02

Beyond Traditional Polyethylene Polyethylene has been fundamental to the success of rotational moulding. Its combination of processability, durability and cost-effectiveness has made it the material of choice for countless applications across the world. But as the markets served by rotational moulders continue to evolve, so too are the performance demands being placed on materials. Applications increasingly require greater mechanical strength, improved resistance to elevated temperatures and chemicals, and reliable long-term performance in demanding operating environments.

Polyamide 6: Higher Performance For rotomoulders, this creates an opportunity to look beyond traditional polyethylene and consider engineering polymers capable of taking the process into applications and markets that have historically been difficult to access. One of the most exciting materials in this area is Polyamide 6 (PA6). Commonly known as Nylon 6, PA6 is already widely used as an engineering polymer in demanding applications. Its performance characteristics make it interesting where other materials may reach their limitations, including applications exposed to higher temperatures, aggressive chemicals and increased mechanical stresses. 03 03

Driving New Possibilities in Transport From fuel tanks and hydraulic reservoirs to air ducts and mudguards, rotational moulding already plays an established role in manufacturing vehicle components. As transport applications evolve, so do the demands placed on these parts. Components must withstand increasingly challenging operating conditions while delivering reliable performance throughout their service life. PA6 offers an opportunity to meet these demands, extending the potential of rotational moulding into more demanding transport applications and giving manufacturers greater scope to explore new component designs.

PA6: Overcoming the Processing PA6 offers significant potential for rotational moulding, but unlocking it requires tight control of processing conditions. Unlike polyethylene, PA6 is harder to handle with standard rotomoulding techniques due to its high melt viscosity, moisture sensitivity and tendency to degrade thermally. Although widely used in pressure‑based processes like injection and blow moulding, rotational moulding depends on the polymer flowing and fusing without pressure, making PA6’s behaviour especially critical. Managing these challenges is essential to broaden PA6’s use and create new opportunities for moulders.

Engineering Consistent Powders Rotational moulding is fundamentally different: it is a virtually pressure-free process, relying primarily on heat, rotation and gravity to distribute and consolidate the polymer. That absence of pressure places much greater emphasis on the material’s mouldability and its ability to flow, coalesce and form a consistent surface. It is one of the key reasons PA6 has not achieved the same widespread adoption in rotational moulding as it has in other polymer conversion processes. Historically, this has meant moulders may need to introduce additional processing techniques, including inert atmospheres, cooling agents or heavy pigmentation, to achieve acceptable results.

A New Path for PA6 Innovation This raises an important question: What if, instead of adapting the rotational moulding process around PA6, we engineered PA6 around the rotational moulding process? Engineering PA6 for Rotational Moulding This is where material

innovation

becomes

particularly

important.

Through careful polymer selection, material engineering and powder manufacturing technology, PA6 grades can be developed specifically around the requirements of rotational moulding. The objective is not simply to take an existing injection moulding or extrusion grade, grind it into powder and expect it to perform. 05 03

PA6: A Rotomoulding Game-Changer The material needs to be designed with the rotomoulding process in mind. That requires an understanding of polymer chemistry, powder characteristics, thermal behaviour and the conditions experienced during the moulding cycle. Creating a consistent PA6 powder capable of performing reliably

across

different

machines

and

operating

conditions represents a significant technical challenge, but overcoming that challenge can make the material considerably more accessible to moulders.

Advanced Materials in Clean Energy The experience of the US market shows that PA6 can already be processed successfully at meaningful scale. Several rotomoulders have mastered the process and individually use hundreds of tonnes of PA6 each year, with overall US rotomoulding consumption estimated at approximately 1,000-2,000 MT per annum. This is important because it demonstrates that the opportunity is proven. By improving mouldability and making PA6 easier and more forgiving to process, the industry can widen the number of moulders able to use the material and, in turn, unlock a broader range of high-performance applications. 06

Opening the Door to New Markets The real significance of PA6 isn’t simply another material being added to a rotomoulder’s portfolio. It’s what that material could allow them to manufacture. As industries demand increasingly sophisticated polymer components, PA6 could enable rotational moulding to compete for applications where performance requirements have historically ruled out conventional polyethylene. Transportation, specialist fuel systems and other demanding industrial applications are all areas where the combination of rotational moulding’s design freedom and the properties of an engineering polymer could create new possibilities.

New Capabilities Through Materials Advanced materials are also becoming increasingly important in emerging energy applications. For example, rotational moulding is being adopted in the manufacture of internal polymer liners for Type IV pressure vessels, which are subsequently reinforced with carbon fibre composites and can be designed to contain extremely high pressures. Applications such as these demonstrate how material innovation can broaden perceptions of what rotational moulding is capable of producing. 07 03

An Opportunity for Rotomoulders For moulders, moving into engineering polymers isn’t necessarily about replacing polyethylene. Polyethylene will remain an exceptionally important material for rotational moulding. Instead, PA6 provides an opportunity to expand the material toolbox. It gives moulders the potential to consider applications that require a different level of thermal, chemical or mechanical performance and, importantly, to compete in higher-value markets where rotational moulding may previously have been overlooked. That could be particularly significant as customers increasingly look for manufacturing technologies capable of combining complex geometries, design flexibility and high material performance.

Collaboration Will Be Critical Successfully

expanding

PA6

rotational

moulding

will

require more than material development alone. Material suppliers, moulders, machine manufacturers, designers and end users all need to work together. Understanding the application and its operating environment is critical. Material

selection,

mould

design

and

processing

conditions must all work together to achieve the required performance. This collaborative approach also allows potential applications to be identified earlier and technical barriers to be addressed before they prevent adoption.

Collaborative Material Development Matrix Polymers considers this phase a crucial component of its development strategy: the company’s role goes far beyond supplying a material. It involves working closely with customers, taking the time to understand their goals, the performance they need to achieve, and the challenges they

face

production.

Through

this

collaborative

approach, Matrix Polymers helps identify how advanced materials and rotational moulding technologies can be combined effectively to deliver the most appropriate and reliable solution for each specific application.

The Next Material Frontier For decades, polyethylene has helped establish rotational moulding as a versatile and commercially successful manufacturing process. The next stage of its development could be defined by expanding the range of materials available to moulders. PA6 demonstrates what is possible when an engineering polymer is developed with the specific requirements of rotational moulding in mind.By making advanced materials easier and more practical to process, we can remove some of the barriers that have historically limited their adoption. And that creates an exciting prospect for the industry. 09 03

02 Infrastructure Products

Weida Weida is widely recognised for its ability to interpret and respond to highly diverse customer requirements, producing rotomoulded products across a broad spectrum of sizes and volumes. This adaptability stems from a well‑structured internal organisation and a production model designed to accommodate variable market demands. The company benefits from an extensive sales network that allows it to understand emerging needs across different regions and sectors. Its technical and operational strength is reinforced by a team with more than three decades of experience in rotational moulding, enabling the development of tailored solutions for numerous applications. Weida’s responsiveness is further supported by strong relationships with material suppliers and tooling partners, ensuring access to a wide range of resources. Continuous improvement remains central to its operations, driven by ongoing research, participation in industry events and a commitment to staying aligned with technological advancements.

There can be no innovation without a spark of vision. Yet even the brightest idea needs the right polymer to take shape. These principles form the foundation on which the company builds every new product, turning potential into performance.

A Partnership That Elevates Quality The quality of rotomoulded products is closely tied to the quality of the raw materials used, and Weida’s collaboration with Matrix Polymers has evolved through a dynamic and constructive exchange. The partnership is characterised by constant feedback from Weida regarding challenges encountered during production and new requirements emerging from the market. This ongoing collaboration generates new solutions to continuously improve existing products and optimise their performance.

Innovation Driven by Shared Expertise Matrix Polymers provides robust technical support, keeping Weida informed about the latest developments in material technology and ensuring that the available polymer grades meet evolving performance expectations. The collaboration also includes the supply of trial materials, enabling Weida to test new formulations and validate their suitability before full‑scale implementation. This exchange between the two companies underpins the high quality that characterises the wide range of rotomoulded products.

Turning Needs into Solutions Supplying polymers for rotational moulding involves far more

than

delivering

high‑performance

materials;

requires a comprehensive technical service that begins with understanding the moulder’s specific needs and translating them into practical solutions. In this context, Matrix Polymers has become a strategic partner for Weida, capable of understanding the challenges the company faces and translating them into specific, functional solutions.

Materials That Elevate Productivity The company offers in‑depth technical expertise, providing guidance on the selection of appropriate material grades for different applications and supporting Weida in optimising moulding parameters. This consultative approach ensures that the materials supplied are not only fit for purpose but also contribute to improved processing efficiency and product performance. The most suitable polymers for each application are the key to increasing productivity and reducing defects.

Rising Expectations in Performance Over recent decades, Weida has observed a clear shift in customer expectations regarding the performance of polymer materials used in rotational moulding. Clients increasingly demand enhanced UV resistance to ensure long‑term durability, particularly for outdoor applications. Cost pressures have also intensified, prompting interest in stronger materials capable of reducing shot weight without compromising structural integrity. Long-term reliability is the key challenge facing polymer materials.

Towards a More Sustainable Future Sustainability is emerging as a consideration, with early interest in recycled plastics, although this remains at a preliminary stage within Malaysia’s building materials sector. Warranty expectations have grown significantly, with some customers requesting coverage of up to twenty years. At the same time, there is a strong push towards shorter moulding cycles, reflecting the industry’s focus on efficiency and productivity.

03 Long‑Term Commitment to Process Excellence

Fortis Technology Fortis Technology has built its identity around a deep, long‑term commitment to rotational moulding, treating the process not simply as a manufacturing method but as a strategic discipline. Its approach combines engineering precision, material expertise and controlled production workflows to create products capable of performing reliably in demanding environments. Over time, the company has refined every stage of the process, from mould design and thermal management to quality validation, ensuring that each item reflects both structural integrity and functional consistency. This dedication is supported by continuous investment in research and technical development. Fortis Technology collaborates with specialised partners, adopts advanced monitoring systems and integrates modern production practices to enhance efficiency and repeatability. The result is a manufacturing culture in which rotational moulding becomes a platform for innovation, enabling the creation of

The introduction of high-quality polymers is a key factor in enhancing overall production efficiency. The rotational molding of large tanks and containers is a complex challenge that requires specially engineered materials.

robust, durable and application‑specific solutions. 14

Engineering Complexity At Fortis Technology, the management of non‑standard customer

requests

treated

fully

integrated,

cross‑departmental workflow. Each new project is subjected to a detailed assessment during the computer‑visualisation phase, where the R&D department works in close coordination with

Production,

Technology

and

Maintenance.

The

company supports its clients in refining product design according to the fundamental principles of rotational moulding and provides guidance throughout the mould procurement process.

Rigorous Mould Validation When a mould reaches the facility, it is subjected to stringent validation before any initial test cycles are planned. During these trials, the company relies on advanced measurement technologies—such

the

K‑PAQ

process‑monitoring

system and high‑precision ultrasonic thickness gauges— to gather real‑time data. Any challenges that arise are addressed through the combined expertise of the team, supported by clear and measurable technical evidence. Fortis also operates under a fully implemented Factory Production Control system certified to EN 13341, ensuring that every product consistently meets the specific quality requirements associated with its intended application. 15 03

Optimizing Performance Partnering with technical specialists from Matrix Polymers enables the company to resolve complex manufacturing constraints

with

speed

and

precision,

whether

the

challenge involves high flow‑rate materials or advanced processing solutions such as the Revolve and Evolve series. A clear example of this collaboration is the development of the flagship Fortis Mobile product line. Designed for transport and direct fuel distribution in demanding field conditions, these mobile tanks require exceptional structural integrity, high impact resistance and carefully controlled wall‑thickness distribution.

Improving Process Efficiency By adopting Matrix Polymers’ N‑307 Evolve, the company achieved a series of measurable improvements in operational efficiency: - 33% reduction in heating time - 11% reduction in cooling time - 22% reduction in total cycle time These results demonstrate how a data‑driven, technically aligned collaboration can enhance production performance, delivering tangible energy savings, improving machine utilisation and ensuring a consistently high level of output across all manufacturing cycles. 16

Performance and Durability Fortis continues to value aesthetic accuracy, yet the primary

focus

for

its

rotationally

moulded

products

remains the assurance of structural strength and complete leak tightness. Production is governed by strict internal controls that regulate minimum wall thickness, shot‑weight consistency and post‑process weight verification, ensuring that

every

item

manufactured

with

dependable

mechanical performance. Products are then subjected to external pressure assessments and mechanical stress tests that replicate demanding field conditions, allowing the company to confirm their resilience before deployment.

New Trends on the Horizon The

rotational

moulding

sector

evolving

rapidly

ecological priorities and new technologies reshape market expectations. Rising climate pressures are increasing demand for advanced liquid‑management solutions, driving the need for larger, stronger and more sustainable storage systems. Manufacturing is simultaneously advancing towards greater automation and robotics, with integrated robotic arms and automated controls enabling far higher aesthetic precision and surface consistency. This shift is expanding rotational moulding into premium consumer and specialised technical applications.

17 03

04 Closing the Loop: Solving Rotomoulding’s End-of-Life Challenge

Replast Rotational

moulding

has

always

been

fundamentally

associated with exceptional durability. Whether manufacturing water and fuel tanks, agricultural products, large containers, or robust playground equipment, rotomoulded products are engineered to perform reliably in demanding environments and frequently remain in active service for decades. While this impressive longevity represents one of the industry’s greatest structural strengths, eventually every product reaches the end of its useful life. This inevitable decline creates a growing environmental challenge that companies like Replast are now actively working to solve.

For a company that has based its development on sustainability, it is essential to use quality polymers that are capable of turning the demands of energy efficiency and high performance into reality.

What Happens to the Material Then? For an industry looking to reduce its environmental impact and move towards greater circularity, simply producing products that last longer is no longer enough. We also need practical solutions for recovering the valuable polymer contained within those products and finding a route to put it back to work. This is the challenge that Matrix Polymers and Replast are working together to address.

Problem: Material Without a Way Back At the end of their service life, rotomoulded products can still contain significant quantities of valuable polyethylene. Historically, however, recovering that material and returning it to a form suitable for rotational moulding has not always been straightforward. Collection is only the beginning. Endof-life products need to be identified, transported, sorted, processed and cleaned. The resulting recycled material then needs to provide the consistency and processing characteristics required by a manufacturing process that places significant demands on the polymer.

Building a Recovery Route for Polyethylene Without an effective recovery route, valuable material risks being lost from the rotomoulding supply chain. For Matrix Polymers, the opportunity is therefore bigger than simply adding recycled content to a product. The objective is to help create a genuine circular route for rotomoulded polyethylene.

Solution: Get It Back Working with Replast, Matrix Polymers has developed a practical closed-loop approach that starts with the recovery of end-of-life rotomoulded products. The collaboration brings together two complementary areas of expertise. Replast provides the infrastructure and knowledge required to recover and mechanically recycle end-of-life plastics, while Matrix Polymers brings its expertise in polymer formulation, compounding, powder preparation and rotational moulding.

Collect it. Recover it. Reformulate it. End-of-life products are collected before being granulated, cleaned and sorted. The recovered polymer can then be characterised and formulated into a material designed specifically for rotational moulding, before being prepared as a roto-ready powder. This is an important distinction. Rather than taking a generic recycled polymer and trying to make it work in rotational moulding, the aim is to start with material originating from rotomoulded products and engineer it specifically for its next life.

Closing the Material Loop This approach creates the potential for a much more circular material journey, where keeping the polymer within the loop for longer offers several key benefits. It reduces the amount of valuable material leaving the rotomoulding value chain, decreases reliance on virgin petrochemical resources and provides an alternative route for products that might otherwise enter conventional waste streams. Crucially, the process also addresses the pivotal question of performance surrounding recycled materials.

Performance-Driven Recycling Circularity only works commercially if the material can still do the job required of it. Recycled polymers can vary considerably depending on their source, previous application and processing history. Material consistency, mouldability, mechanical properties and long-term performance therefore all need to be understood. This is where material science becomes critical.

Tested for Real Use Recovered rotomoulding material can be characterised and evaluated through testing including density development, low-temperature impact and mechanical performance. Formulation can then be used to help create a recycled material that is suitable for the rotational moulding process and the intended application. The objective is not simply to say that a material is recycled. It is to develop recycled material that rotomoulders can realistically use.

From Recycling to Circularity There is an important difference between recycling plastic and creating a circular economy. Recycling finds another use for waste. Circularity goes further by creating a route for material to return to the same value chain and potentially become part of the next generation of products. For rotational moulding, that means thinking about the entire product lifecycle, not just the material selected when a product is first manufactured, but what happens 10, 20 or even 30 years later. The Matrix Polymers and Replast collaboration is designed to help build that missing connection between end of life and beginning of life.

A Practical Step for Sustainability There is no single solution to plastics’ sustainability: efficiency, lightweighting, and recycling all matter. Making rotational moulding circular requires a recovery infrastructure built on collaboration between moulders, recyclers, and users. The opportunity is clear: rotomoulded products are already durable. With recycling, these materials will keep creating value well beyond their first use. The future is not just about using less, it is about keeping material in circulation longer. For Matrix Polymers and Replast, closing the loop means exactly that.

05 Powering Research in Sustainable Manufacturing (PRISM)

Queen’s University Belfast Like all manufacturing sectors, the industry is facing increasing pressure to reduce energy consumption, lower carbon emissions and make better use of materials and resources. Through the Special EU Programmes Body (SEUPB) funded Peaceplus PRISM project, Queen’s University Belfast’s

Advanced

Manufacturing

Innovation

Centre

(AMIC) is working directly with polymer and composite manufacturing companies in Northern Ireland and Southern Ireland. For many small and medium-sized manufacturing companies, the challenge is not necessarily recognising the need to decarbonise. The greater challenge can be

Research in the world of rotational moulding

understanding where to start, identifying the changes that

is key to evolving the technology by increasing

will have the greatest impact, and having access to the technical expertise and resources needed to implement them. PRISM is designed to address this gap.

performance and reducing limits and bottlenecks. The role of Queen’s University Belfast is strategic in driving rotational technology towards increasing levels of quality. 24

Understanding Where the Energy Goes Working with participating companies, the AMIC team undertakes a detailed review of their manufacturing operations, processes, equipment, materials and energy use. This provides the foundation for developing a companyspecific Sustainability Action Plan. For rotational moulding companies, this approach is particularly relevant because the manufacturing cycle is strongly influenced by the energy required to heat moulds and polymer materials, maintain appropriate processing conditions and subsequently cool components.

PRISM Decarbonisation Audits Supporting a company begins with understanding its current position through a PRISM Decarbonisation Audit. This process benchmarks Scope 1, 2, and relevant Scope 3 emissions across all operations. For rotational moulders, this shifts the focus from basic energy consumption metrics to deeper operational insights.The audit evaluates machinespecific use, cycle variations, and thermal efficiencies while identifying opportunities to reduce cycle times and recover waste heat. Ultimately, this enables businesses to match equipment operation with demand, integrate renewable energy, and leverage enhanced monitoring for smarter, long-term decisions. 25

From Measurement to Improvement An important feature of the PRISM approach is that it is not simply an exercise in measuring carbon emissions. The objective is to identify realistic actions that companies can take. AMIC is therefore exploring the use of electrical monitoring equipment that can provide companies with more detailed information about how and when energy is being consumed. For rotational moulding businesses, this type of monitoring could provide a much more detailed understanding of individual machines and processes. Rather than relying solely on an overall electricity bill.This creates the potential to identify opportunities that may otherwise remain hidden.

Efficiency Through Decarbonisation Reducing carbon emissions is vital, but for SMEs, the business case must also be viable. Decarbonisation should not be seen as an additional cost or a separate activity from manufacturing improvement. Instead, it should form part of a broader programme of operational efficiency and innovation. To facilitate this, AMIC’s R&I Coordinators work directly with companies to understand their specific operations. They help identify and progress realistic opportunities, providing businesses with direct access to research and innovation expertise while ensuring all proposed actions remain firmly grounded in their actual manufacturing environment. 26

Towards Smarter Manufacturing The work being undertaken through PRISM also creates opportunities to connect decarbonisation with wider digital manufacturing and Industry 4.0 developments. The ambition is therefore not simply to collect more data, but to make that data useful. For the wider PRISM programme, AMIC is developing a more standardised approach to capturing and analysing sustainable manufacturing data. The objective is to make it easier for SMEs to understand their current position, identify opportunities and benchmark progress.

Supporting the Future of Rotomoulding The rotational moulding industry has already shown strong innovation in materials, automation, process control and equipment. The next step is understanding how these advances can support low‑carbon manufacturing. Projects like PRISM help turn ambition into practical action. By

combining

detailed

manufacturing

assessments,

energy and carbon data, research expertise and direct collaboration with companies, PRISM enables moulders to identify realistic ways to improve processes and reduce environmental impact.processes and reduce their environmental impact.

06 Storing Resilience: Redefining Water Management

Enduramaxx Enduramaxx is a leading UK manufacturer of rotationally moulded tanks and liquid storage containers. Their extensive product

range

encompasses

water

tanks,

chemical

tanks, water bowsers, and tanks designed for a variety of agricultural, industrial and construction applications, whether underground, above ground, open top, cone-shaped, slimline or squat. Working closely with raw material suppliers to

pioneer

long-lasting

rotational

moulding

solutions,

Enduramaxx provides engineered, seam-free, single-piece tanks in numerous sizes from 50 litres to 30,000 litres to serve a diverse customer base across various industries throughout the UK. Polymer quality is a key factor in ensuring tanks and containers that remain reliable over time. The case of Enduramaxx exemplifies the importance of using high-performance polymers for the optimal handling of liquids.

Water: A Precious Resource Water has long been taken for granted as an abundant resource, yet the realities of climate volatility, population growth, and shifting rainfall patterns are rapidly rewriting that narrative. Despite 70 per cent of the Earth’s surface being covered in water, only 3 per cent is fresh, and a staggering proportion of that limited supply is increasingly under threat. According to figures from the Environment Agency, nearly 9,500 billion litres of freshwater are abstracted annually from UK rivers, lakes, and aquifers, leaving over 1,000 waterways at risk from over-extraction and environmental stress.

Water Resilience Matters As dry spells lengthen and heatwaves become more frequent, relying solely on public mains supplies is no longer a viable long-term strategy. The challenge facing modern agriculture, industry, and commercial sectors is not simply about acquiring water, but building total water resilience: harvesting rainfall when it is abundant, storing it safely, and using it far more intelligently.

The Shift Toward On-Site Storage Rainwater harvesting was once seen as a niche sustainability goal. Today, that view is shifting as commercial and agricultural operators face rising water costs and seasonal abstraction limits.“Over the past few years, we’ve seen a fundamental shift in how our customers view water,” notes Enduramaxx. “It’s no longer just about buying a storage container when a drought hits; businesses are actively building long-term water resilience into their infrastructure. They realise that the most competitive operations in the future won’t necessarily be those with access to the most water, but those that can do more with less.”

Why Farming Must Rethink Water Use This operational shift is particularly evident in the agricultural sector. Research from DEFRA highlights that British farming consumes roughly 180 million cubic metres of water annually, yet the Farm Business Survey revealed that 69 per cent of this still originates from mains drinking water. While crop protection and irrigation require vast quantities of water, very little of it needs to be treated to expensive, potable standards. Harvesting rainwater provides an ideal, naturally soft solution with a neutral pH, improving crop protection efficacy while reducing dependency on piped supplies and lowering overheads. 30

Unnecessary Use of Potable Water A similar pattern exists across other sectors: • Commercial settings: A report by South Staffs Water showed that office employees consume an average of 50 litres of water per working day, almost 90 per cent of which is used for toilet flushing and washing, where drinkingquality water is unnecessary. • Industrial operations: Eurostat research demonstrates that industry accounts for 40 per cent of total water usage across Europe (led by the energy sector), where mains water is drawn primarily for cooling processes that do not require potable quality.

Longevity Defines True Sustainability Collecting rainwater is only half the equation; storing it safely for months at a time requires equipment built to endure relentless environmental stress. A major environmental challenge across industrial supply chains is the throwaway nature of short-lived equipment. Products that degrade prematurely under solar exposure or harsh weather end up in waste streams, requiring energy-intensive replacement cycles that negate their sustainability benefits.

Materials That Endure For Enduramaxx, true sustainability means tanks built to last in harsh conditions. Durability depends on strict material selection and strong technical collaboration. “True sustainability isn’t just about collecting water; it’s about the lifespan of the equipment holding it,” explains Enduramaxx. “If a tank fails after a few years due to UV degradation or stress cracking, you’ve created an environmental debt. We engineer our tanks to remain structurally sound year after year in the field, keeping plastic out of waste streams and giving customers peace of mind”.

Engineering Resilience Delivering long-term structural integrity requires a seamless connection between product design and polymer chemistry. Through a close strategic alliance with Matrix Polymers, Enduramaxx develops high-performance rotational moulding solutions tailored to specific, demanding applications. Roto-moulded

single-piece,

seam-free

structures,

Enduramaxx tanks eliminate joint weak points to minimise leakage risks. However, the performance of the final tank depends heavily on the consistency and technical properties of the underlying polymer. 32

Polyethylene Core, Proven Strength Working alongside Matrix Polymers allows Enduramaxx to utilise premium-grade materials suited for every application. The core of Enduramaxx’s water tank range relies on highgrade polyethylene such as REVOLVE® M-748. Engineered specifically for rotational moulding, REVOLVE® M-748 provides the high impact strength, excellent stress-crack resistance, and long-term UV stability required for heavy-duty, long-term outdoor water storage. Enduramaxx also utilises advanced polypropylene grades like REVOLVE® R-Tuff PP60, which offer superior cold-impact strength, stiffness, and high-temperature resistance for challenging liquid and chemical applications.

Quality That Endures Matrix Polymers’ rigorous laboratory testing and raw material consistency ensure that every tank produced maintains exceptional structural performance and durability. “Working closely with Matrix Polymers gives us complete confidence in our materials,” says Enduramaxx. “Their technical expertise allows us to fine-tune our material selection for maximum UV stability, impact strength, and manufacturing consistency. That raw material quality is what enables us to back our tanks with long-term warranties and deliver real reliability to our end users.” 33

Proactive Water Management As climate unpredictability continues to test traditional water infrastructure, proactive water management is moving from an optional green initiative to an essential business practice. By combining forward-thinking rainwater harvesting strategies with heavy-duty, long-life storage infrastructure, agricultural and industrial sites can protect local waterways, lower operational costs, and secure their water supply against whatever the weather brings.

Resilience Driving Sustainability Through engineered design, material innovation and longterm partnerships, resilience is no longer just a concept - it is a practical route to a sustainable future. It reflects a deliberate effort to combine technical expertise with durable solutions, ensuring that systems can withstand demanding conditions while reducing waste. By embedding collaboration and smart material choices into every stage, resilience becomes a tangible framework that supports sustainability over time.

35 11 03

Credits > Photo credits Cotton Bro Cover Matrix Polymers

Pg 02-09

Weida Pg 10-13 Fortis Technology The following are all registered trademarks of Matrix Polymers. Super-Linear®

Designed for Roto®

Revolve® The information contained in this magazine is given in good faith. The suitability for the application and performance of goods manufactured with materials processed and/or sold by Matrix Polymers is the sole responsibility of the end user. Product design, the production process and parameters of end use are factors that may affect the performance of the finished product and these and other factors are outside of Matrix Polymers’ area of control. Matrix Polymers Ltd. Registered in England and Wales company number 02626784. Registered office: Unit 2 Compass Industrial Park, Spindus Road, Speke, Liverpool, L24 1YA UK

Pg 14-17

Replast Pg 18-23 Queens University Belfast

Pg 24-27

Enduramaxx Pg 28-34

> Editorial contributions Martin Coles, Group CEO, Matrix Polymers Aldo Quaratino, Group Technical Director Ranbir Kooner, Group Brand Marketing Manager Jin Han Kon, Regional Head Asia, Matrix Polymers Jake Kelly-Walley, R&D Engineer, Matrix Polymers > Concept and Graphic Design Studio Giovanetti > All rights reserved by Matrix Polymers. Partial or total reproduction of the contents is prohibited without the prior authorization of the company

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Matrix Polymers Australia Pty Ltd 37 Antimony St, Carole Park, QLD 4300 Australia Tel: +61 (0) 7 3718 5400 Email: sales.aus@matrixpolymers.com Matrix Polymers New Zealand 39 Railway Road, PO Box 5078, Terrace End, Palmerston North 4441, New Zealand Tel: +64 (0) 6 357 8498 Email: sales.nz@matrixpolymers.com