Steel industry
In the steel industry, thermal insulators are mainly used to improve the efficiency, durability and strength of equipment and processes. Due to their high temperature resistance properties when working with materials up to 1200/1300 degrees, composite materials offer significant advantages over traditional materials. Here are some of the main applications of composite materials in the steel industry, furnace linings, transport rollers, rolling cylinders, protective coatings. The adoption of composite materials in the steel industry is driven by the need to improve operational efficiency, reduce maintenance costs and increase equipment durability. Continuous innovation in composite materials allows the development of more advanced and customised solutions for the specific needs of the steel industry.
Research and development
In research and development (R&D), composite and plastic materials play a crucial role due to their exceptional versatility and ability to be engineered for specific applications. R&D in the field of composites aims to develop new materials with improved properties, such as enhanced heat, corrosion and wear resistance, automotive, energy and aerospace sectors. Eco-friendly and recyclable composite materials is an area of great interest, with the aim of reducing environmental impact. Research on composite materials in the energy sector focuses on the development of components for fuel cells and batteries, improving performance and energy storage capacity.In summary, composite and plastic materials are crucial in research and development because of their ability to be engineered to meet specific technical requirements, enhancing innovation and accelerating technological progress in a wide range of applications.
Building
In the building sector, the use of composite materials is a key innovation for more energy-efficient and environmentally sustainable buildings. With the expansion of green building and energy-efficient construction, composite materials play a crucial role in the insulating parts of various structures. Composite materials are used in various parts of constructions to improve the thermal and acoustic insulation of buildings. For example, foundation insulation boards are made of composite materials that offer high insulation performance, reducing heat loss in winter and maintaining a comfortable interior temperature during summer. This contributes significantly to energy savings and occupants’ living comfort. One of the main advantages of composite materials in construction is their lightness and strength. These materials enable the construction of lighter structures, reducing the load on foundations and optimising building stability. Furthermore, the strength of composite materials makes them ideal for use in extreme environmental conditions, ensuring durability and reliability over time. If you would like to find out how our composite materials can improve the energy efficiency, living comfort and environmental sustainability of your building projects, contact us today. We are here to offer technical support and personalised advice to meet your needs.
Chemical
Composite and plastic materials find many applications in the chemical industry due to their excellent mechanical properties, corrosion resistance, light weight and versatility. The adoption of composite and plastic materials in the chemical industry continues to grow due to their ability to improve the safety, efficiency and durability of equipment and plants, while reducing maintenance costs and increasing resistance to corrosion and chemical wear. For more information on our innovative products and solutions, please contact us.
Automotive
In the automotive world, innovation also comes through the use of advanced materials that provide superior performance, greater efficiency and sustainability. Composite and plastic materials are at the heart of this evolution, helping to redefine vehicle design and construction. Weight reduction improves performance and reduces fuel consumption and consequently CO2 emissions, corrosion resistance increases component durability due to rust resistance. In the heat engine sector, composite materials such as polyester glass strips have found great application in assembly line construction. These materials offer durability and strength, improving the efficiency of production processes. the advent of electric vehicles, new applications for composite materials are emerging. For example, epoxy composites are used for the insulation of various parts of the electric motor, ensuring optimal safety and performance. These materials are essential for handling the high voltages and high temperatures typical of electric motors. For more information on our innovative products and solutions, please contact us.
Furniture and design
In the world of design and furniture, the use of innovative materials is key to creating products that are not only aesthetic, but also functional and sustainable. Composite and plastic materials are revolutionising this sector, offering new possibilities for the design of furniture, furnishings and interior solutions. Thanks to their versatility and design flexibility, composites can be moulded into complex and unique shapes, allowing designers to explore new aesthetics and functionalities that, combined with their exceptional resistance to weathering, moisture and wear, make them perfect for both indoor and outdoor use. In addition to furniture and decorative elements, where transparent and coloured acrylic is used, surfaces and coverings such as worktops with a modern and refined appearance are important. Combining lightness and robustness, materials such as Maridur make them ideal for the production of furniture that must be easily transportable or for motorhomes and ships. Not to be underestimated is the economic aspect compared to traditional materials, making high-quality design accessible to a wider audience. Composite and plastic materials are redefining the design and furniture sector, offering new opportunities to create innovative, functional and sustainable spaces. Their versatility and unique properties allow designers to explore new frontiers of creativity and functionality. To find out more about our products and customised solutions, contact us today.
Petrochemical
In the oil industry, the use of composite and plastic materials plays a key role in the safety and efficiency of operations. These materials offer a unique combination of strength, durability and versatility, making them ideal for a wide range of applications. Composite and plastic materials are used to create insulation kits designed specifically for pipelines. These kits offer several advantages, such as corrosion resistance and efficient electrical insulation. Because they are lighter than traditional materials, they allow for quick and easy installation, reducing maintenance costs. Proper insulation of oil pipelines is crucial to ensure safe oil operations and reduce the risk of leakage or environmental damage. Composite and plastic insulation kits help improve the safety and operational efficiency of oil infrastructure, protecting pipelines and optimising overall system performance. We work closely with oil companies to develop tailor-made insulation solutions, adapted to the specific needs and operating conditions of each project.
Navy
In the marine industry, the adoption of composite and plastic materials has revolutionised boat design and construction, offering an exceptional combination of light weight, strength and durability. These materials are widely used to improve boat performance, reducing structural weight and increasing energy efficiency, and are often used in the creation of sleek, lightweight interiors and saltwater-resistant components. We have researched composite materials specifically for the marine industry, in synergy with boat manufacturers, to develop bespoke components that meet the unique needs of the industry. In addition, composite materials are used for thermal and acoustic insulation in engine rooms, ensuring a comfortable living and working environment on board. If you would like to find out how our materials can improve the performance of your boat or ship project, contact us today. We work to help you achieve your goals.
Mechanics
In the mechanical industry, the use of composite and plastic materials represents a fundamental innovation that has revolutionised the way mechanical components are designed and manufactured. These materials offer a unique combination of lightness, strength and versatility, making them ideal for a wide range of industrial applications. They also offer excellent electrical and thermal insulation properties, making them ideal for applications where these aspects are crucial. We process self-lubricating materials such as Bakelite and Teflon, which are ideal for creating gears and sliding parts. These materials reduce friction and wear, improving the life and efficiency of mechanical components. In the mechanical sector, the use of composites and plastics is a strategic choice that combines innovation, efficiency and sustainability. These materials offer advanced solutions to modern technical challenges, improving product performance and contributing to a more sustainable future. For more information on how our composite and plastic products can improve your mechanical applications, please contact us.
Energy
In the energy sector, the use of composite and plastic materials is essential to ensure optimal performance and safety in a wide range of applications. From the machines that produce and transport electricity to those that utilise it, the need for isolation is unavoidable. From transformers to reactors, generators to disconnectors, components made of epoxy glass or polyester can be found, offering an exceptional combination of strength, electrical insulation and durability. Composite materials, such as epoxy glass and polyester, are widely used for the insulation of critical electrical components. These materials offer high dielectric strength and low electrical conductivity, ensuring the safety and reliability of electrical equipment. Due to their chemical resistance and dimensional stability, composite and plastic materials are able to withstand the most demanding environmental conditions. They are used in environments with high temperature, humidity or corrosive substances without compromising the performance of electrical equipment. For more information on our innovative products and solutions, please contact us.
Food and packaging
In the food industry, the choice of materials is crucial to ensure product quality, safety and sustainability. Composite and plastic materials are playing an increasingly important role, offering innovative solutions that improve food safety and production efficiency. We produce chain guides in various profiles, star wheels and gears. Durability and mechanical and chemical resistance are ideal for work surfaces and food processing equipment. Another feature is ease of cleaning Composite surfaces can be designed to be non-porous and easy to clean, reducing the risk of contamination and improving food safety. Composite and plastic materials are transforming the food industry, offering advanced solutions that improve safety, quality and efficiency. Their versatility and unique properties make them essential for meeting the current and future challenges of the food industry. For more information on our innovative products and solutions, please contact us.
Aerospace and areonautics
The aerospace industry has always sought to push the boundaries of technical and engineering possibilities. One of the keys to achieving these goals is the innovative use of advanced materials. Composite and plastic materials have become fundamental to the design and construction of lighter, stronger and higher-performance aircraft and spacecraft.The great advantages of using composites are light weight, strength and durability, and design flexibility that allows design innovations that improve aerodynamic and structural performance. Composites with oriented and non-oriented fibres are used as components in some aircraft structures because of their mechanical properties, while glass fibre sandwiches plus polyurethane foams because of their low weight.
Railway
Composite materials are finding ever wider applications in the railway sector due to their characteristics of lightness, mechanical strength, durability and above all safety. Isolmax produces certified epoxy glass components for the rolling stock world, which do not release halogens and have V0 fire resistance characteristics. The use of composite materials in the railway industry is set to grow further with the advancement of production technologies and the increasing need for sustainable and efficient solutions. These materials not only improve the performance and safety of trains, but also contribute to reducing CO2 emissions and protecting the environment. Some of the main ways our products are used: structural reinforcement, dielectric thermal and acoustic insulation, in braking systems.For more information on our innovative products and solutions, please contact us.
