Industrial
Ultrapolymers collaborates with market leading material manufacturers to meet the growing demands of the industrial market.
In applications where human contact is involved, such as tools, plastics offer a variety of heat-resistant and ergonomic grips, ensuring comfort during extended use. For larger construction equipment, advanced plastic technology enables the creation of lightweight components, resulting in enhanced ease of use and control.
Working closely with leading industry suppliers, Ultrapolymers delivers a diverse portfolio tailored to satisfy your industrial products requirements. Our expert team are equipped with the knowledge to address your concerns whether it be related to heat distortion, creep, water or oxygen barriers, chemical resistance, or any other critical factors. We are here to provide you with quick, reliable answers to support your quest for the right material for you.
Market segments
Agriculture & garden
The remarkable versatility and durability of plastics have established them as an essential material for agricultural and garden applications. They are employed across various uses, spanning from large-scale farming equipment to garden greenhouse frames. The inherent adaptability of plastics, along with the availability of numerous modifiers, renders them an ideal solution for diverse manufacturing needs. Materials boasting properties such as weather resistance, easy colouring, impact resistance, and chemical resistance enable their wide-ranging application in this sector. Consequently, plastics have become the go-to material for addressing a multitude of agricultural and gardening challenges.
Applications
- Frames
- Harvesting equipment
- Plant protection
- Storage
Agriculture & garden
The remarkable versatility and durability of plastics have established them as an essential material for agricultural and garden applications. They are employed across various uses, spanning from large-scale farming equipment to garden greenhouse frames. The inherent adaptability of plastics, along with the availability of numerous modifiers, renders them an ideal solution for diverse manufacturing needs. Materials boasting properties such as weather resistance, easy colouring, impact resistance, and chemical resistance enable their wide-ranging application in this sector. Consequently, plastics have become the go-to material for addressing a multitude of agricultural and gardening challenges.
Applications
- Frames
- Harvesting equipment
- Plant protection
- Storage
Conveying systems
The incredible adaptability and durability of plastics make them a versatile solution for a wide range of conveyor applications from the moving of boxes in factorys to the movement of fluids through pipe systems. With a wide range of approvals (including water and ATEX) and a broad property portfolio plastics can be introduced into numerous products and components.
Applications
- Crates
- Belts
- Connectiors
- Chains
- Tracks
- Fluid management
Conveying systems
The incredible adaptability and durability of plastics make them a versatile solution for a wide range of conveyor applications from the moving of boxes in factorys to the movement of fluids through pipe systems. With a wide range of approvals (including water and ATEX) and a broad property portfolio plastics can be introduced into numerous products and components.
Applications
- Crates
- Belts
- Connectiors
- Chains
- Tracks
- Fluid management
Fluid handling / Hydraulics
Plastics are widely used in fluid handling and hydraulics systems. Their ability to be formed into connectors, brackets and pumps as well as rigid and flexible pipes allows for their inherant features to be utilised in numerous industries. Using modified plastics you can value engineer solutions where metals and other materials can be replaced by polymers with no demonstrable reduction in 'in-use' performance.
Applications
- Pumps
- Brackets
- Connectors
- Pipes
Fluid handling / Hydraulics
Plastics are widely used in fluid handling and hydraulics systems. Their ability to be formed into connectors, brackets and pumps as well as rigid and flexible pipes allows for their inherant features to be utilised in numerous industries. Using modified plastics you can value engineer solutions where metals and other materials can be replaced by polymers with no demonstrable reduction in 'in-use' performance.
Applications
- Pumps
- Brackets
- Connectors
- Pipes
General construction
To achieve the demands of new regulations and the evolving demands for more energy efficient and cost-effective buildings the adoption of plastics have grown. Plastic has had a long history for its use in building and construction however this has increased in recent years driven by markets demands for the versatility offered by polymers. Ultrapolymers partner with market leaders in the production of polymers for building and construction including LyondellBasell, Ineos Styrolution, Domo, Ravago and many more.
Applications
- Ventilation
- Fascias
- Frames
- Sockets
- Guttering
General construction
To achieve the demands of new regulations and the evolving demands for more energy efficient and cost-effective buildings the adoption of plastics have grown. Plastic has had a long history for its use in building and construction however this has increased in recent years driven by markets demands for the versatility offered by polymers. Ultrapolymers partner with market leaders in the production of polymers for building and construction including LyondellBasell, Ineos Styrolution, Domo, Ravago and many more.
Applications
- Ventilation
- Fascias
- Frames
- Sockets
- Guttering
Industrial machinery
Plastics are utilised in various Industrial Machinary components such as gears, bearings, seals, and casings which contribute to improved performance and efficiency. The inherent resistance of plastics to corrosion, wear, and chemical exposure significantly reduces maintenance requirements, while extending its operational life. A further benefit is the lightweight nature of plastic components enables the creation of more energy-efficient machinery with the replacement of heavier materials.
Applications
- Power saws
- Drills
- Metal-working machines
- Polishing machines
- Presses
- Boilers
- Industrial ovens
Industrial machinery
Plastics are utilised in various Industrial Machinary components such as gears, bearings, seals, and casings which contribute to improved performance and efficiency. The inherent resistance of plastics to corrosion, wear, and chemical exposure significantly reduces maintenance requirements, while extending its operational life. A further benefit is the lightweight nature of plastic components enables the creation of more energy-efficient machinery with the replacement of heavier materials.
Applications
- Power saws
- Drills
- Metal-working machines
- Polishing machines
- Presses
- Boilers
- Industrial ovens
Monofilaments
3D printing has seen an explosion in populatrity in recent years offering unparraleled flexiblity for users to create small volumes of bespoke components. It continues to support many innovative applications of plastics in various industries. Other types of monofilament can be used in the production of components such as fishing lines, brushes and textiles.
Applications
- 3D printing filament
- Fishing lines
- Brushes
- Textiles
Monofilaments
3D printing has seen an explosion in populatrity in recent years offering unparraleled flexiblity for users to create small volumes of bespoke components. It continues to support many innovative applications of plastics in various industries. Other types of monofilament can be used in the production of components such as fishing lines, brushes and textiles.
Applications
- 3D printing filament
- Fishing lines
- Brushes
- Textiles
Pipes & Hoses
Plastics have become a popular choice for pipes and hoses in various industries, owing to their lightweight, corrosion-resistant, and versatile properties. Plastics such as PP, PE, PB-1 and PEX offer excellent durability and longevity compared to traditional metal pipes. Plastic pipes and hoses are widely employed in applications such as plumbing, irrigation, and chemical processing, thanks to their broad property profile. A further benefit of their use is the ease of installation and low maintenance making them a valuable long term option in both residential and industrial environments.
Applications
- Utilities
- Flexible pool
- Vacuum hoses
- Industrial hoses
- Tubes for drinking machines
- Irrigation products
Pipes & Hoses
Plastics have become a popular choice for pipes and hoses in various industries, owing to their lightweight, corrosion-resistant, and versatile properties. Plastics such as PP, PE, PB-1 and PEX offer excellent durability and longevity compared to traditional metal pipes. Plastic pipes and hoses are widely employed in applications such as plumbing, irrigation, and chemical processing, thanks to their broad property profile. A further benefit of their use is the ease of installation and low maintenance making them a valuable long term option in both residential and industrial environments.
Applications
- Utilities
- Flexible pool
- Vacuum hoses
- Industrial hoses
- Tubes for drinking machines
- Irrigation products
Power generation
Plastics are widely used in the renewable energy sector, including solar panels, wind turbines, and fuel cells. For solar panels, plastics are employed in many areas including the moulding system, transportation packaging as well as interior components within the PV system. In wind turbines, plastic composites contribute to the manufacturing of lightweight, yet strong blades, which aid their efficicency and performance. Couple this with grades which carry enhanced weathering resistance you will have a solution which will continue to work in testing environments for extended periods. Within the home, this includes items such as boilers as well as the growing focus on heat pumps and associated technologies.
Applications
- Connectors
- Safety Systems
- Photovoltaic System Moulding
- Heat Pumps & Boilers
Power generation
Plastics are widely used in the renewable energy sector, including solar panels, wind turbines, and fuel cells. For solar panels, plastics are employed in many areas including the moulding system, transportation packaging as well as interior components within the PV system. In wind turbines, plastic composites contribute to the manufacturing of lightweight, yet strong blades, which aid their efficicency and performance. Couple this with grades which carry enhanced weathering resistance you will have a solution which will continue to work in testing environments for extended periods. Within the home, this includes items such as boilers as well as the growing focus on heat pumps and associated technologies.
Applications
- Connectors
- Safety Systems
- Photovoltaic System Moulding
- Heat Pumps & Boilers
Ropes / ties / harness
The development of synthetic fibres allows for the production of incredibly strong and resilient ropes, ties and harnesses which exhibit high tensile strength, abrasion resistance and UV stability. These plastic-based ropes and yarns are widely used across various industries, including marine, construction, textiles, and sports equipment. Their inherent resistance to moisture and chemicals ensures minimal degradation and elongation, making them a reliable option for demanding applications where traditional natural fibers may fall short. With their easy colourability they can also be colour coded for identification and improved viability.
Applications
- Marine
- Construction
- Textiles
- Sports
- Ropes
- Harnesses
Ropes / ties / harness
The development of synthetic fibres allows for the production of incredibly strong and resilient ropes, ties and harnesses which exhibit high tensile strength, abrasion resistance and UV stability. These plastic-based ropes and yarns are widely used across various industries, including marine, construction, textiles, and sports equipment. Their inherent resistance to moisture and chemicals ensures minimal degradation and elongation, making them a reliable option for demanding applications where traditional natural fibers may fall short. With their easy colourability they can also be colour coded for identification and improved viability.
Applications
- Marine
- Construction
- Textiles
- Sports
- Ropes
- Harnesses
Sanitation
Widely used in the manufacturing of waste containers, rubbish bags, and sanitary piping systems, plastics provide an efficient means of managing waste and maintaining cleanliness. A broad number of plastics are resistant to corrosion and chemical exposure, making them ideal for sewer systems and wastewater treatment plants. Single-use plastic products such as gloves, aprons, and disposable cleaning tools help ensure a sterile environment in healthcare and food processing facilities. Polymers can also be modified with a range of additives, such as anti-microbials, to further broaden their use case.
Applications
- Bags
- Cleaning tools
- Waste pipes
- Hazardous waste packaging
Sanitation
Widely used in the manufacturing of waste containers, rubbish bags, and sanitary piping systems, plastics provide an efficient means of managing waste and maintaining cleanliness. A broad number of plastics are resistant to corrosion and chemical exposure, making them ideal for sewer systems and wastewater treatment plants. Single-use plastic products such as gloves, aprons, and disposable cleaning tools help ensure a sterile environment in healthcare and food processing facilities. Polymers can also be modified with a range of additives, such as anti-microbials, to further broaden their use case.
Applications
- Bags
- Cleaning tools
- Waste pipes
- Hazardous waste packaging
Seals & gaskets
Numerous polymers can be used in seals, gaskets and similar types of applications aided by their extensive property portfolio. Materials such as TPE, modified polyolefins and silicone are commonly used in the manufacturing of these sealing components, ensuring optimal performance under very challenging conditions.
Applications
- Automotive seals (weather proofing, fuel systems etc)
- Aerospace
- Industrial Equipment
- Sanitation
- Food and Beverage
Seals & gaskets
Numerous polymers can be used in seals, gaskets and similar types of applications aided by their extensive property portfolio. Materials such as TPE, modified polyolefins and silicone are commonly used in the manufacturing of these sealing components, ensuring optimal performance under very challenging conditions.
Applications
- Automotive seals (weather proofing, fuel systems etc)
- Aerospace
- Industrial Equipment
- Sanitation
- Food and Beverage
Sheets / shapes
The production of plastic sheets is an important process in the plastics industry, catering to a wide range of applications such as packaging, signage, and construction. Typically, plastic sheets are manufactured using extrusion, calendering, or casting techniques. These plastic sheets can then go through a variety of post processes to be converted into the required form.
Applications
- Insulation
- Roofing
- Boxes/ Containers
- Industrial
Sheets / shapes
The production of plastic sheets is an important process in the plastics industry, catering to a wide range of applications such as packaging, signage, and construction. Typically, plastic sheets are manufactured using extrusion, calendering, or casting techniques. These plastic sheets can then go through a variety of post processes to be converted into the required form.
Applications
- Insulation
- Roofing
- Boxes/ Containers
- Industrial
Textiles & fibers
Synthetic textiles and fibres, such as polyester, nylon, and acrylic, are derived from plastic polymers and are commonly used to create fabrics with enhanced characteristics, including moisture-wicking, UV resistance, and wrinkle resistance. These plastic-based textiles are employed in various applications, from clothing and upholstery to healthcare fabrics and technical textiles.
Applications
- Medical textiles (e.g. face masks)
- Protective clothing (e.g. heat and radiation protection for fire fighter clothing, molten metal protection for welders, stab protection and bulletproof vests, and spacesuits)
Textiles & fibers
Synthetic textiles and fibres, such as polyester, nylon, and acrylic, are derived from plastic polymers and are commonly used to create fabrics with enhanced characteristics, including moisture-wicking, UV resistance, and wrinkle resistance. These plastic-based textiles are employed in various applications, from clothing and upholstery to healthcare fabrics and technical textiles.
Applications
- Medical textiles (e.g. face masks)
- Protective clothing (e.g. heat and radiation protection for fire fighter clothing, molten metal protection for welders, stab protection and bulletproof vests, and spacesuits)
General
The industrial market encompasses a vast range of products involved in the manufacturing of chemicals, technical machinery, renewable energy systems and more. Industrial components need to be reliable and long lasting so they can maintain a dependable supply chain. With resistance to corrosion, chemicals, abrasion and wear, polymers are ideal for machinery, pipelines and infrastructure, facilitating safe and long-lasting solutions.
Applications
- Pumps
- Hydraulic components
- Pipework
- Safety equipment
General
The industrial market encompasses a vast range of products involved in the manufacturing of chemicals, technical machinery, renewable energy systems and more. Industrial components need to be reliable and long lasting so they can maintain a dependable supply chain. With resistance to corrosion, chemicals, abrasion and wear, polymers are ideal for machinery, pipelines and infrastructure, facilitating safe and long-lasting solutions.
Applications
- Pumps
- Hydraulic components
- Pipework
- Safety equipment
