Sectors of activity - Bio-based resin & polymers

Personne appliquant un produit sur des composants Ã©lectroniques, secteur Ã©lectronique

Our product ranges

Electronic

Polymers play a crucial role in the manufacturing of printed circuit boards, providing essential properties for the proper functioning of electronic devices. Polymer Substrates: Printed circuit boards (PCBs) often use polymer substrates such as FR41. These substrates offer a combination of mechanical strength, electrical insulation, and lightweight, making them ideal for high-frequency applications and printed circuit boards. Coatings and Insulating Layers: Polymers are used for coatings and insulating layers on printed circuit boards. They protect electronic components from mechanical damage, chemicals, and extreme environmental conditions. Adhesives and Glues: Polymer-based adhesives and glues are used to attach electronic components to boards, ensuring a stable and reliable connection. Conductive Polymers: Some conductive polymers are used to create electrical traces and connections on printed circuit boards. These polymers provide a lightweight and flexible alternative to traditional metals, while maintaining high electrical performance. In summary, polymers are indispensable in the manufacturing of electronic boards, providing essential properties for the durability, performance and flexibility of electronic devices.

Potting and encapsulation resin

Encapsulation or potting of electronic boards consists of covering the electronic components with a resin to protect them from shock, vibration, and environmental stresses such as humidity, extreme temperatures, and chemical attack. Epoxy and Polyurethane Resins: Epoxy and polyurethane resins are commonly used for encapsulation. They offer excellent mechanical and electrical resistance, as well as protection against aggressive environments. Encapsulation Process: The process involves pouring the liquid resin onto the electronic board and then allowing it to cure to form a solid protective layer. This can be done manually or mechanically, depending on the specific needs. Advantages: Encapsulation provides additional protection against physical and environmental damage, thus extending the life of the electronic components and ensuring their proper functioning in harsh conditions.

Polyurethane, epoxy, silicone glue

Adhesives play a vital role in electronic applications, ensuring the attachment and protection of components. Here’s how they’re used: Component Attachment: Polymer-based adhesives, such as epoxies, silicones, and polyurethanes, provide exceptional adhesion to attach electronic components to printed circuit boards (PCBs). They provide a stable and durable connection, resistant to vibration and mechanical shock. Encapsulation: Epoxies are also used to encapsulate sensitive components, providing protection against moisture, dust, and contaminants. This extends the life of devices and improves their reliability. Thermal Management: Some thermally conductive adhesives are used to dissipate heat from electronic components, preventing overheating and ensuring the devices operate properly. They are essential in high-power applications where thermal management is crucial. Electrical Insulation: Silicone adhesives are often used to electrically insulate components, preventing short circuits and protecting against electromagnetic interference. These polymer adhesives are essential to ensure the performance, reliability and durability of modern electronic devices.

Thermal dissipation

Heat dissipation of electronic boards can be improved by using thermally conductive polymers and thermal greases. Thermally Conductive Polymers: These polymers, such as polyurethanes and modified silicones, are formulated with thermally conductive fillers such as copper, graphene or ceramic particles. They improve heat conduction between electronic components and heat sinks, thereby reducing heat build-up. Thermal Greases: Thermal greases are used to fill the gaps between electronic components and heat sinks. They facilitate heat conduction by forming a continuous thermal bond, ensuring efficient heat dissipation. These solutions help maintain an optimal operating temperature and extend the life of electronic components.

Cleaner

PCB cleaners play a crucial role during PCB manufacturing to ensure the quality and reliability of the finished products. Flux Residue Removal: After soldering components, flux residues must be removed to prevent corrosion and ensure good electrical performance. Solvent-based cleaners are used to dissolve these residues without damaging sensitive components. Surface Preparation: Before applying protective coatings or adhesives, PCB surfaces must be perfectly clean. Cleaners remove dust, oils, and other contaminants, ensuring better adhesion of materials. Manufacturing Equipment Maintenance: Cleaners are also used to maintain manufacturing equipment, such as solder jet printers and component delivery systems. Keeping these machines clean minimizes the risk of defects and ensures continuous and efficient production. In summary, PCB cleaners are essential throughout the manufacturing process to ensure the quality and durability of PCBs.

Conformal Coating

Conformal coating is used to protect electronic boards and other sensitive components from harsh environmental conditions, such as humidity, dust, and extreme temperatures. Here are some key points about its use: Moisture protection: The coating creates a waterproof barrier that prevents water from penetrating and causing short circuits or corrosion. Electrical insulation: It provides additional electrical insulation, reducing the risk of electrical leakage and interference. Temperature resistance: The coating is designed to withstand high and low temperatures, ensuring that components operate properly in extreme environments. Contaminant resistance: It protects components from dust, chemicals, and other contaminants. Application: The coating is applied to electronic boards after assembly, often in a selective deposition machine or by spraying or immersion, and is then cured by evaporation, heating, or exposure to UV light. In summary, conformal coating is essential for extending the life and improving the reliability of electronic boards exposed to harsh conditions.

Personne appliquant du joint Ã l'aide d'un pistolet dans le secteur du bÃ¢timent

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Construction

Polymers play a crucial role in the construction and civil engineering sector due to their unique properties of durability, flexibility and resistance to environmental conditions. Insulation: Polyurethane foams are commonly used for thermal and acoustic insulation of buildings. They provide excellent energy efficiency by reducing heat loss and improving acoustic comfort. Coatings: Acrylic polymers and epoxy resins are used for flooring, paints and sealants. They offer exceptional resistance to wear, chemicals and weathering, thereby extending the life of structures. Adhesives and Sealants: Polymers such as silicone and polyurethane are used as adhesives and sealants to join and waterproof various structures. They provide robust adhesion and durable waterproofing, essential for construction. Geosynthetics: Polymers are used in the manufacture of geotextiles and geosynthetic membranes, used to reinforce and stabilize soils in public works projects such as roads, dams and tunnels. In summary, polymers are indispensable in construction and public works, offering innovative and reliable solutions to improve the durability, efficiency and safety of constructions.

Interior and exterior resin floor covering

Resin and microcement coatings are popular for their aesthetic qualities and durability, offering versatile solutions for a variety of spaces. Resin Coatings: Interior: Epoxy and polyurethane resins are popular for interior floors and walls. They create smooth, glossy and hard-wearing surfaces. Used in kitchens, bathrooms and garages, they are easy to clean and maintain. Resins can also be applied to worktops for a water and stain resistant surface. Exterior: For terraces, balconies, driveways and car parks, resins offer high resistance to weathering and UV rays. They create non-slip, durable and aesthetic surfaces, suitable for high environmental constraints. Microcement: Interior Floors: Microcement offers a smooth and uniform finish, perfect for floors in living rooms, kitchens, bathrooms and bedrooms. It is stain and wear resistant, while being easy to clean. Interior Walls: Used on walls, polished concrete brings a contemporary and industrial touch, with possibilities of varied textures and colors for a personalized design. These materials combine aesthetics, resistance and ease of maintenance, making them an ideal choice for many construction and renovation projects.

Stone carpet

Stone carpet, also known as stone mat, is a decorative flooring material made from natural stone aggregates mixed with an epoxy or polyurethane resin. This mixture creates a textured, durable and permeable surface, ideal for a variety of applications, including: Interior: Floors: Used for interior floors, stone carpet offers a unique aesthetic and high resistance to wear, ideal for kitchens, bathrooms and living rooms. Walls: Applied to walls, it adds interesting texture and visual depth, creating a natural and elegant effect. Exterior: Terraces and Driveways: Stone carpet is perfect for terraces, balconies, driveways and pavements due to its weather and UV resistance. It creates a non-slip and durable surface, ideal for high traffic areas. Pools and Gardens: It is also used around swimming pools and in gardens for its attractive aesthetics and ability to drain water, reducing the risk of slipping. This coating is not only functional but also aesthetically pleasing, offering an elegant and resistant alternative to traditional coatings.

Surface treatment and protection

Surface treatments and protections in construction and public works are essential to ensure the durability, resistance and aesthetics of materials exposed to environmental conditions. Waterproofing: The application of water repellents to surfaces makes the materials waterproof. This prevents water from penetrating and thus reduces the risks of cracking, mold and deterioration. This is particularly useful for facades, roofs and foundations. Mineralization: Mineralizers penetrate porous materials, such as concrete and stone, and strengthen their internal structure. This improves mechanical resistance and durability, extending the life of the treated surfaces. Protective Coatings: Epoxy and polyurethane resins are commonly used for floor and wall coatings. They offer excellent resistance to wear, chemicals and weathering, while improving the appearance of the surfaces. Anti-corrosion Treatments: The application of anti-corrosion paints and coatings is crucial for metal structures. These treatments prevent rust formation and extend the life of metal elements, such as bridges and industrial buildings. Thermal and Acoustic Insulation: Insulation treatments, such as polyurethane foams, reduce heat loss and improve the acoustic comfort of buildings. They also contribute to the energy efficiency and durability of structures. These surface treatments and protections are essential to maintain the quality, safety and aesthetics of constructions in the building and public works sector.

Waterproofing and sealing

Waterproofing and sealing buildings and structures are essential to protect them against water and humidity. Here are two main techniques: Liquid Membranes: Applied in liquid form, they form a continuous, seamless layer, ideal for complex and irregular surfaces. These membranes, often composed of polymers such as polyurethane, adapt to the movements of the building without cracking, providing long-lasting protection against water infiltration. Resin Injection: Used to treat cracks and joints, this method consists of injecting resins, such as epoxies or polyurethanes, into the structures. This reinforces the waterproofing in depth, providing a waterproof barrier and protection against humidity. These techniques guarantee the longevity and performance of structures by effectively protecting them against damage caused by water and humidity.

Glue and grouting

Polymer adhesives and sealants are essential elements in the construction sector, providing robust and durable solutions for the assembly and sealing of structures. Polymer adhesives: Polymer adhesives, such as polyurethanes, epoxies and silicones, are used to join various construction materials, including wood, metal, concrete and glass. They offer exceptional adhesion, resistance to water and chemicals, as well as flexibility to absorb structural movements. These adhesives are particularly appreciated for their ability to create strong and durable joints without the need for additional mechanical fixings. Polymer sealants: Polymer sealants are used to seal gaps and cracks in building structures. Silicone and polyurethane-based products are commonly used for the sealing of windows, doors, roofs and facades. They offer excellent resistance to UV, weathering and temperature variations, ensuring effective protection against water and air infiltration. Their elasticity allows them to follow the movements of construction materials, thus avoiding cracks and breaks in the joints. In summary, polymer glues and joints are essential to guarantee the solidity, watertightness and durability of constructions in the construction sector.

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Military

Polymers play a crucial role in the military sector due to their unique properties such as light weight, strength and durability. Some examples of applications include: 1. Composite Materials: Used in military shipbuilding for their light weight and resistance to marine environments. Organic matrix composites, such as carbon fibers, are used to improve performance and reduce pollutant emissions. 2. Weapons Systems: Ultra-high performance polymers are used in weapons systems for their precision and reliability, even under extreme conditions such as high temperatures and vibrations. 3. Protection and Armor: Epoxy resins and polyurethanes are used to create lightweight yet strong armor materials, providing effective protection against impacts and blasts. 4. Personal Protective Equipment: Polymers are used to manufacture bulletproof vests, helmets and other protective equipment, combining lightness and safety. 5. Protection of Electronic Cards: Epoxy resins and polyurethanes are also used to encapsulate and protect electronic cards, ensuring their resistance to humidity, corrosion and mechanical shocks. Conformal coatings are also used for protection in reduced thickness and to save weight.

Panel edging

Sign edging is the process of adding a protective and aesthetic edge to signage, display or information signs. This edge is typically made of durable materials such as polyurethane or other tough polymers. Edge edging serves to protect the edges of signs from impact, wear and tear, and harsh environmental conditions such as UV exposure, rain and extreme temperatures. In addition to their protective function, edges can also enhance the appearance of signs by providing a clean and neat finish, ensuring their visibility and readability in a variety of conditions.

Polyurethane part

Polyurethane is widely used in the manufacturing of military parts due to its exceptional strength, durability, and flexibility. Lightweight Armor: Polyurethane is used to manufacture lightweight armor materials, providing effective protection against impacts and blasts while maintaining optimum mobility of military vehicles. Vehicle Components: In military vehicles, polyurethane is used for components such as seats, floor coverings, and bumpers. It provides protection against wear and vibration, improving comfort and durability. Personal Protective Equipment: Body armor, helmets, and other protective equipment are often made of polyurethane for its ability to absorb shock and provide reliable protection while being lightweight. Temporary Structures: Polyurethane is used in the construction of temporary structures, such as shelters and bridges. Its flexibility and resistance to extreme environmental conditions make it an ideal material for these applications. In summary, polyurethane is a versatile and indispensable material in the military sector, offering a combination of lightness, protection and durability for various equipment and applications.

Electronic card potting

Electronic circuit board potting for the military sector consists of encapsulating electronic components in a protective resin, such as epoxy or polyurethane. This process provides protection against shock, vibration, humidity, corrosion and extreme temperatures. Encapsulated electronic circuits are therefore suitable for the hostile environments encountered in military applications, ensuring the reliability and longevity of electronic systems.

Conformal coating for electronic card

Tropicalization of electronic boards for the military sector consists of applying a special protective layer to printed circuit boards (PCBs) to make them resistant to extreme environmental conditions, such as humidity, heat and contaminants. This layer, often a varnish or resin, encapsulates the electronic components, protecting them from oxidation, corrosion and mechanical damage. As a result, tropicalized electronic boards are able to maintain their performance and reliability even in hostile environments, which is crucial for military applications.

Glue and adhesive

Adhesive bonding is a critical technique in a variety of industries, from aerospace to automotive to electronics. This method uses specific adhesives to join materials together, providing benefits such as uniform load distribution, reduced overall assembly weight, and improved sealing. The process begins with preparing the surfaces to be joined. This may include cleaning, sandblasting, or applying chemical treatments to ensure optimal adhesion. Next, a suitable adhesive is applied to the surfaces, followed by precise alignment of the parts. Once assembled, the parts often need to be held in place with temporary fixtures until the adhesive cures. This process is valued for its ability to join different materials, such as metals, composites, and plastics, without damaging the surfaces. Additionally, adhesive bonding creates tight and vibration-resistant joints, which is crucial for applications exposed to extreme conditions.

Table avec des instruments mÃ©dicaux, secteur mÃ©dical

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Medical

Polymers play a crucial role in the medical field due to their unique properties such as biocompatibility, durability and flexibility.

Polyurethanes, epoxy resins and conformal coatings are widely used to improve the performance and reliability of medical devices.

Polyurethanes in Prosthetics: Polyurethanes are used in joint prostheses, such as knees and hips, due to their durability and flexibility. They provide excellent wear resistance and increased comfort for patients.

Epoxy Resins in Medical Electronics: Epoxy resins are used to encapsulate and protect printed circuit boards in medical electronics. They provide protection against moisture, corrosion and impact, ensuring a long life for the devices.

Conformal Coatings: Conformal coatings, applied to printed circuit boards and electronic components, provide additional protection against moisture and extreme temperatures. This increases the reliability and performance of medical electronics in harsh environments.

Glue and adhesive

Adhesive bonding is a critical technique in a variety of industries, from aerospace to automotive to electronics. This method uses specific adhesives to join materials together, providing benefits such as uniform load distribution, reduced overall assembly weight, and improved sealing. The process begins with preparing the surfaces to be joined. This may include cleaning, sandblasting, or applying chemical treatments to ensure optimal adhesion. Next, a suitable adhesive is applied to the surfaces, followed by precise alignment of the parts. Once assembled, the parts often need to be held in place with temporary fixtures until the adhesive cures. This process is valued for its ability to join different materials, such as metals, composites, and plastics, without damaging the surfaces. Additionally, adhesive bonding creates tight and vibration-resistant joints, which is crucial for applications exposed to extreme conditions.

Coating

Polymer coatings have become essential in many industries due to their versatility and protective properties. Industrial: Polymers such as polyurethane, epoxy, acrylic and silicone are used to protect machinery and equipment from corrosion, wear and harsh chemicals, increasing their durability and reducing maintenance costs. Transportation: In automotive, aerospace and rail, polyurethane and epoxy coatings improve the resistance of parts to weathering and thermal cycling, while acrylic and silicone reduce noise and vibration for increased comfort. Medical: Used to coat medical devices, these polymers provide biocompatibility and resistance to sterilizing agents, contributing to the safety and effectiveness of surgical instruments and implants. Electronics: Epoxy and acrylic coatings protect electronic components from moisture, dust and electrostatic discharge, extending their life and ensuring their performance in a variety of conditions. Military: In this sector, polyurethane and silicone coatings provide protection against extreme conditions, impacts and chemical agents, ensuring the reliability of military equipment and vehicles. DIY (Do It Yourself): DIY enthusiasts use acrylic and silicone coatings to protect and beautify everyday objects, whether for renovation, repair or customization projects, offering both aesthetics and longevity. Construction: Polymer coatings are also widely used in construction to protect structures against corrosion, humidity and atmospheric agents. Polyurethane and epoxy are often applied to floors, walls and roofs to provide durable and aesthetic protection. Acrylic and silicone are used for joints and finishes, ensuring the waterproofing and durability of constructions. Thus, whether polyurethane, epoxy, acrylic or silicone, these coatings play a key role in the protection, durability and performance of materials and equipment in a multitude of fields.

Mold and model

Silicone molds are widely used in the manufacturing of medical devices due to their unique properties. Silicone is biocompatible, flexible, and resistant to heat and chemicals, making it an ideal material for creating precise and durable molds. These molds can reproduce fine and intricate details, which are essential for the manufacturing of medical devices such as prosthetics, catheters, and diagnostic devices. In addition, silicone is sterilizable, which is crucial for medical applications.

Polyurethane part

A medical polyurethane part is a component made from polyurethane, a flexible, durable, and biocompatible material. These parts are often used in medical devices such as joint replacements, catheters, bandages, and diagnostic devices. Polyurethane offers excellent resistance to wear, impact, and chemicals, making it an ideal choice for demanding medical applications.

Vacuum casting prototype

Vacuum casting parts for medical devices are manufactured by injecting plastic into a silicone mold under vacuum. This method results in parts with excellent surface finish, fine details and high dimensional accuracy. Commonly used materials include polyurethane and epoxy, offering flexibility, durability and biocompatibility. These parts are ideal for prototypes and small series of medical devices, ensuring high quality mechanical and aesthetic properties.

Electronics Protection

Polymers play a crucial role in protecting medical device electronics by providing a barrier against moisture, corrosion, and mechanical shock. Polyurethanes and epoxy resins are commonly used to encapsulate and protect printed circuit boards and other electronic components. These materials provide excellent mechanical and chemical resistance, ensuring the longevity and reliability of medical devices. In addition, conformal coatings can be applied to enhance protection against extreme environmental conditions, such as humidity and high temperatures.

Campement avec tente et baskets de randonnÃ©e, secteur des sports et loisirs

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Sports and leisure

Polyurethanes, epoxies and silicone play essential roles in the manufacturing of sports and leisure products, thanks to their unique properties of durability, flexibility and strength. Polyurethanes: Used for their flexibility and durability, polyurethanes are ideal for the soles of sports shoes, providing excellent cushioning and a long service life. They are also used in foams for camping mattresses, providing comfort and thermal insulation. Epoxies: Epoxy resins are essential for the manufacture of bicycle frames, tennis rackets, fishing rods, surfboards and kiteboards. They offer an exceptional combination of lightness and strength, which improves the performance of sports equipment while reducing its weight. Epoxy is also used for bonding golf club heads, ensuring superior adhesion and durability. Silicone: Used for its properties of elasticity and resistance to extreme temperatures, silicone is found in swimming goggles, fins and diving accessories, ensuring comfort and durability. Silicone is also used to create precise molds for custom recreational equipment. By combining these polymers, manufacturers can deliver high-performance, comfortable, and durable sports and recreational products.

Mold and model

Using silicone and resin to make molds and models for sports and recreational items, such as climbing holds, is a common and effective technique. Silicone for Molds: Silicone is ideal for creating molds because of its flexibility and non-toxicity1 . It allows for capturing fine details and makes it easy to demold finished pieces1 . To make a silicone mold, start by creating an original wax or plaster model. Then, liquid silicone is poured around the model and allowed to harden. Once the mold is ready, the original model can be removed, leaving a perfectly formed impression for casting. Epoxy Resin for Models: Epoxy resin is used to cast models into silicone molds1 . It offers excellent durability and strength, which is essential for sports items such as climbing holds. The resin is mixed with a hardener and then poured into the silicone mold. After curing, the resin model is demolded and can be used directly or undergo additional finishing steps. Applications: For climbing holds, silicone molds allow for the production of precise and repeatable models, ensuring consistent quality. Polyurethane resin ensures that the holds are strong and able to withstand significant loads. In summary, the use of silicone for molds and polyurethane resin for models is a reliable and precise method for manufacturing sports and leisure articles, offering aesthetic and functional results.

Polyurethane part

Polyurethane parts are widely used in the sports and leisure industry due to their exceptional durability, flexibility, and wear resistance. Here’s how they are manufactured and used: Manufacturing: The manufacturing process for polyurethane parts begins with the formulation of the polymer, which involves mixing different chemical components to achieve the desired properties. The liquid polyurethane is then poured into specific molds designed for sports and leisure parts. Once in the molds, the polyurethane hardens and takes the desired shape. The molds can be simple or complex, depending on the part to be manufactured. Sports Applications: Shoe Soles: Polyurethane is commonly used to make soles for athletic shoes due to its excellent cushioning and durability. Protective Equipment: Helmets, knee pads, and elbow pads are often made of polyurethane for their ability to absorb shock and provide reliable protection. Playing Surfaces: Running tracks and playing fields use polyurethane surfaces for their resilience and ability to provide a consistent, safe surface. Applications in Leisure: Climbing Holds: Polyurethane climbing holds are popular for their texture and durability, providing a strong grip and resistance to wear. Camping Pads and Mattresses: Polyurethane foams are used in camping equipment for their comfort and thermal insulation. Bicycles: Polyurethane bicycle saddles and handles provide additional comfort due to their flexibility and vibration absorption capacity. Polyurethane is therefore a material of choice for a variety of sports and leisure items, providing the perfect balance between comfort, performance and durability.

Vacuum casting prototype

Focus on the Benefits and Type of Resin Used Copilot Vacuum casting offers significant advantages, particularly in terms of quality and efficiency, in the manufacture of models and prototypes of sporting and leisure goods. Advantages: Superior Quality: Vacuum casting eliminates air bubbles, producing parts with a smooth and uniform surface. This is essential for items such as climbing holds, where texture and durability are paramount. Accuracy: This process ensures precise dimensions and better reproduction of intricate details in models. Efficiency: The method allows for rapid production of functional prototypes, ideal for testing and adjustments before mass production. Types of Resin Used: Polyurethane: Used for its durability and flexibility, polyurethane is ideal for protective gear and climbing holds. Epoxy: Known for its mechanical and chemical resistance, epoxy is ideal for parts requiring increased robustness, such as bicycle frames or surfboard components. Silicone: Used for its flexibility and resistance to extreme temperatures, silicone is often used to create precise molds for various sports and leisure items. In short, vacuum casting with polyurethane, epoxy and silicone resins offers considerable advantages in terms of quality, precision and efficiency, making it a preferred technique for the creation of models and prototypes in the sports and leisure sector.

Glue and adhesive

Adhesive bonding is a critical technique in a variety of industries, from aerospace to automotive to electronics. This method uses specific adhesives to join materials together, providing benefits such as uniform load distribution, reduced overall assembly weight, and improved sealing. The process begins with preparing the surfaces to be joined. This may include cleaning, sandblasting, or applying chemical treatments to ensure optimal adhesion. Next, a suitable adhesive is applied to the surfaces, followed by precise alignment of the parts. Once assembled, the parts often need to be held in place with temporary fixtures until the adhesive cures. This process is valued for its ability to join different materials, such as metals, composites, and plastics, without damaging the surfaces. Additionally, adhesive bonding creates tight and vibration-resistant joints, which is crucial for applications exposed to extreme conditions.

Coating

Polymer coatings have become essential in many industries due to their versatility and protective properties. Industrial: Polymers such as polyurethane, epoxy, acrylic and silicone are used to protect machinery and equipment from corrosion, wear and harsh chemicals, increasing their durability and reducing maintenance costs. Transportation: In automotive, aerospace and rail, polyurethane and epoxy coatings improve the resistance of parts to weathering and thermal cycling, while acrylic and silicone reduce noise and vibration for increased comfort. Medical: Used to coat medical devices, these polymers provide biocompatibility and resistance to sterilizing agents, contributing to the safety and effectiveness of surgical instruments and implants. Electronics: Epoxy and acrylic coatings protect electronic components from moisture, dust and electrostatic discharge, extending their life and ensuring their performance in a variety of conditions. Military: In this sector, polyurethane and silicone coatings provide protection against extreme conditions, impacts and chemical agents, ensuring the reliability of military equipment and vehicles. DIY (Do It Yourself): DIY enthusiasts use acrylic and silicone coatings to protect and beautify everyday objects, whether for renovation, repair or customization projects, offering both aesthetics and longevity. Construction: Polymer coatings are also widely used in construction to protect structures against corrosion, humidity and atmospheric agents. Polyurethane and epoxy are often applied to floors, walls and roofs to provide durable and aesthetic protection. Acrylic and silicone are used for joints and finishes, ensuring the waterproofing and durability of constructions. Thus, whether polyurethane, epoxy, acrylic or silicone, these coatings play a key role in the protection, durability and performance of materials and equipment in a multitude of fields.

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Transport

Protection

Coatings and protective parts in the transportation industry are essential to ensure the longevity and reliability of equipment. Whether for land, sea or air vehicles, these solutions are designed to protect against wear, corrosion and impacts. Electronic boards, the heart of modern control systems, require specific coatings to prevent failures due to humidity, dust and other contaminants. Anti-corrosion solutions play a crucial role, in particular by protecting metals from environmental attacks, thus extending the life of structures and equipment. Finally, damping is another key part, reducing vibrations and shocks to improve comfort and durability. Whether through special materials or innovative designs, the goal is always to ensure optimal performance and maximum protection.

Polyurethane part

Polyurethane parts in the transportation industry offer an exceptional combination of durability, flexibility and wear resistance. Used in a variety of applications, these parts are ideal for components requiring exceptional resilience to vibration, shock and harsh environmental conditions. Whether for seats, cushions, bumpers or seals, polyurethane parts ensure long-lasting and reliable performance. They are also recognized for their vibration dampening and noise reduction capabilities, contributing to increased passenger comfort and extended equipment protection. Polyurethane is also valued for its chemical resistance, making it particularly useful in environments exposed to fuels, oils and other chemicals. In short, polyurethane parts are essential for modern transportation solutions, providing both protection and comfort.

Filter manufacturing

Filters play a crucial role in many industries, ensuring the purity and efficiency of systems. Their main purpose is to retain unwanted particles while allowing the passage of clean fluids or air. For example, in air filtration systems, they prevent dust and pollutants from entering engines, extending their life and improving their performance. The use of polymers in the manufacture of filters for bonding and sealing is essential to strengthen their structure. This process ensures a strong and durable adhesion between the different layers of materials, ensuring the resistance and durability of the filters, even in demanding conditions. The polymer forms a waterproof barrier, preventing leaks and ensuring optimal performance of the filters. Therefore, whether for air or water purification, these filters are essential to maintain the purity, safety and efficiency of the systems in which they are integrated.

Glue and adhesive

Adhesive bonding is a critical technique in a variety of industries, from aerospace to automotive to electronics. This method uses specific adhesives to join materials together, providing benefits such as uniform load distribution, reduced overall assembly weight, and improved sealing. The process begins with preparing the surfaces to be joined. This may include cleaning, sandblasting, or applying chemical treatments to ensure optimal adhesion. Next, a suitable adhesive is applied to the surfaces, followed by precise alignment of the parts. Once assembled, the parts often need to be held in place with temporary fixtures until the adhesive cures. This process is valued for its ability to join different materials, such as metals, composites, and plastics, without damaging the surfaces. Additionally, adhesive bonding creates tight and vibration-resistant joints, which is crucial for applications exposed to extreme conditions.

Coating

Polymer coatings have become essential in many industries due to their versatility and protective properties. Industrial: Polymers such as polyurethane, epoxy, acrylic and silicone are used to protect machinery and equipment from corrosion, wear and harsh chemicals, increasing their durability and reducing maintenance costs. Transportation: In automotive, aerospace and rail, polyurethane and epoxy coatings improve the resistance of parts to weathering and thermal cycling, while acrylic and silicone reduce noise and vibration for increased comfort. Medical: Used to coat medical devices, these polymers provide biocompatibility and resistance to sterilizing agents, contributing to the safety and effectiveness of surgical instruments and implants. Electronics: Epoxy and acrylic coatings protect electronic components from moisture, dust and electrostatic discharge, extending their life and ensuring their performance in a variety of conditions. Military: In this sector, polyurethane and silicone coatings provide protection against extreme conditions, impacts and chemical agents, ensuring the reliability of military equipment and vehicles. DIY (Do It Yourself): DIY enthusiasts use acrylic and silicone coatings to protect and beautify everyday objects, whether for renovation, repair or customization projects, offering both aesthetics and longevity. Construction: Polymer coatings are also widely used in construction to protect structures against corrosion, humidity and atmospheric agents. Polyurethane and epoxy are often applied to floors, walls and roofs to provide durable and aesthetic protection. Acrylic and silicone are used for joints and finishes, ensuring the waterproofing and durability of constructions. Thus, whether polyurethane, epoxy, acrylic or silicone, these coatings play a key role in the protection, durability and performance of materials and equipment in a multitude of fields.

Machine de prototypage en action dans un atelier de fabrication

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Prototyping

Prototyping with polymers is a crucial activity in new product development, enabling concepts to be transformed into physical models quickly and efficiently. Used in many industries such as automotive, aerospace, medical, and electronics, polymers offer great flexibility and a variety of properties suitable for different applications. The prototyping process typically begins with computer-aided design (CAD), where a 3D model of the part or product is created. Then, various additive manufacturing techniques, such as 3D printing or molding, are used to produce the prototype from polymer materials such as polyurethane, epoxy, acrylic, or silicone. These prototypes are used to test and evaluate the product’s form, functionality, and performance before moving into mass production. They also allow for quick and inexpensive modifications, facilitating design optimization. Additionally, polymer prototyping can be used to create demonstration models or test parts for technical testing and proof of concept. In summary, polymer prototyping is an essential process for innovation, providing a flexible and efficient approach to developing, testing and improving new products.

Vacuum casting resin

The use of vacuum casting resin in prototype manufacturing is an essential technique for achieving high-precision, high-quality parts. This process involves using a liquid resin, often polyurethane-based, that is poured into a mold under vacuum. This helps eliminate air bubbles and ensures even distribution of the resin throughout the mold. The process begins with the creation of a mold, usually made of silicone, which is made from a master model. Once the mold is ready, it is placed in a vacuum chamber where the resin is injected. The vacuum removes air trapped in the mold and resin, ensuring that the final part is free of bubbles and defects. Vacuum casting is particularly useful for producing prototypes with intricate details and fine geometries. It also allows for the production of small series of parts with mechanical properties close to those of the final parts. This technique is commonly used in the automotive, aerospace, electronics, and other industries requiring functional and accurate prototypes. In summary, vacuum casting resin is an indispensable process for creating high-quality prototypes, with increased precision and reliability, thus meeting the rigorous requirements of different industrial sectors.

Molding silicone

Casting silicone is widely used in a variety of industries for its exceptional flexibility and durability. This material is used to create detailed and durable molds that can accurately reproduce the most complex shapes. Industrial and Manufacturing: Casting silicone is often used to make prototype parts, production tools, and custom components. Its ability to capture fine details makes it ideal for producing molds for precise industrial parts. Art and Design: In the art and design fields, casting silicone is used to create reproductions of works of art, sculptures, and decorative objects. Its flexibility allows objects to be easily removed from the mold without damaging them. Automotive and Aerospace: These industries use casting silicone to produce functional and aesthetic parts, such as gaskets, seals, and prototypes. Silicone’s resistance to extreme temperatures and chemicals makes it ideal for these demanding applications. Electronics: Molding silicone is also used to encapsulate electronic components, protecting them from moisture, dust, and mechanical shock. This ensures the reliability and longevity of electronic devices. Medical: In the medical sector, molding silicone is used to produce medical devices, prosthetics, and implants. Its biocompatibility and ability to be sterilized make it a preferred choice for these applications. In summary, molding silicone is a versatile and essential material for many industries, offering a unique combination of precision, flexibility, and durability.

Varnish

The use of varnishes in prototyping is essential to improve the appearance, durability and performance of prototypes. Varnish acts as a topcoat, providing additional protection to the models created. Protection and Durability: Varnishes protect prototype surfaces from scratches, moisture, chemicals and temperature variations. This is especially important for prototypes intended for harsh environments or rigorous testing. Aesthetics: In addition to protection, varnish improves the appearance of prototypes by giving them a glossy or matte finish, as required. This allows prototypes to be presented that more closely resemble the finished products, providing a better visual impression during demonstrations and presentations. Functionality: In some cases, varnish can also improve the functionality of prototypes by adding specific properties, such as UV resistance or improved electrical conductivity. Various Applications: Varnish is used in various sectors of prototyping, including automotive, aerospace, electronics and industrial design. Whether for plastic, metal or composite parts, varnishing ensures a high-quality finish and long-lasting protection. In short, the application of varnish is a crucial step in the prototyping process, ensuring not only optimal protection but also a professional and attractive presentation of the prototypes.

Release agent

Mold release agent is an essential agent in various manufacturing processes to ensure smooth demolding of molded parts. Used primarily in the plastic, rubber, composite, and metal industries, it facilitates the separation of finished parts from the mold without damaging them. Prototyping and Manufacturing: In the context of prototyping, mold release agents play a key role in enabling easy removal of parts from molds, which is crucial for maintaining the integrity and accuracy of prototypes. Mold release agents can be applied as sprays, liquids, or films, forming a separation layer between the mold and the molded material. Automotive and Aerospace: These industries use mold release agents to manufacture complex, high-precision parts, such as carbon fiber or reinforced plastic components. Mold release agents reduce the risk of surface defects and extend mold life by preventing residue adhesion. Medical Applications: In the medical field, mold release agents are used to produce medical devices made of silicone, latex, or other polymers. They ensure a smooth, flawless finish, which is essential for sensitive medical applications. Building and Construction: Mold release agents are also used in the manufacture of concrete and other building materials. They facilitate the demolding of precast elements and reduce surface imperfections. Benefits: The use of mold release agents offers several benefits, including reduced production cycle times, improved surface quality, and reduced mold wear. In addition, they save money by reducing the need for mold cleaning and maintenance. In summary, mold release agents are essential for many manufacturing processes, ensuring efficient operations and high-quality products.

Glue and adhesive

Glue is essential in prototyping, allowing for rapid and solid assembly of various materials such as plastic, metal and wood. Glues used include cyanoacrylate adhesives for instant setting, epoxies for their mechanical and chemical resistance, and polyurethane glues for their flexibility and durability. Ideal for functional and aesthetic prototypes, they guarantee robustness and clean finishes.

Our product ranges

DIY

In the DIY (Do It Yourself) world, polymers and chemicals play a crucial role in providing a wide variety of materials and solutions for creative and practical projects. Here are some common examples: Polymers: Thermoset Plastics: Used for molding and manufacturing projects, such as plastic model kits. Elastomers: Flexible materials such as natural or synthetic rubber, used for applications requiring resilience, such as gaskets and seals. Polymer Fibers: Used to reinforce composite materials, such as epoxy resins for woodworking or construction projects. Chemicals: Adhesives: Glues and sealants for joining various materials, such as epoxy glues for strong, durable joints. Paints and Varnishes: Protect and beautify surfaces, such as acrylic paints for art projects or polyurethane varnishes for a glossy finish. Water Repellents: Chemicals used to make surfaces waterproof, essential for protection and durability projects, especially in exterior work and wood and masonry applications. Cleaners and Cleaning Products: Used to prepare surfaces before applying paints or adhesives, ensuring better adhesion and finish. These materials and products allow DIY enthusiasts to carry out varied and high-quality projects, while exploring their creativity and technical skills.

Water repellent and mineralizing

Water repellents and mineralizers play a fundamental role in protecting structures and materials used in construction. They help to extend the durability and maintain the integrity of surfaces by protecting them against humidity and water infiltration. Water repellents: These products create a waterproof barrier on the surfaces of building materials such as concrete, brick and stone. Their application helps prevent water penetration, reducing the risk of cracks, erosion and mold formation. Water repellents are essential for facades, roofs and foundations, providing long-term protection against the elements. Mineralizers: They penetrate deep into porous materials such as concrete and natural stone, reinforcing their internal structure. Mineralizers react chemically with the minerals present in the materials, increasing their density and mechanical resistance. This action helps to extend the life of the treated surfaces and improve their resistance to external agents such as water, salts and pollutants. By using water repellents and mineralizers, building professionals can ensure the protection and preservation of structures, thereby reducing maintenance costs and extending the durability of materials.

Sobering agent

Wood conditioners are chemicals used to restore the natural color of wood that has turned gray over time. Graying is often caused by microscopic fungi that grow on the surface of the wood, especially when it is exposed to the elements and moisture. Wood conditioners remove this layer of fungus, revealing the original color of the wood.2 How to use: Wood conditioners are commonly applied to exterior wood surfaces, such as decks, siding, fences, and patio furniture.1 They are available in a variety of forms, including sprays, pastes, and gels, and are easy to use with wood treatment tools.3 Benefits: Using wood conditioners can extend the life of the wood by protecting it from the elements and avoiding the need to replace grayed parts.2 It also helps maintain the aesthetic appearance of wood structures. In summary, degreasers are essential for maintaining and restoring the appearance of wood surfaces exposed to outdoor conditions.

Stripper

Paint strippers are essential in DIY to remove old layers of paint, varnish or resin on wood, metal, concrete and plastic. They restore surfaces to a new finish, improving adhesion and aesthetics. Used for furniture, metal objects, walls and even concrete elements, paint strippers effectively prepare surfaces for new projects while preserving the quality of the materials.

Silicone mold and model

Casting silicone is an extremely valuable material in DIY for its ability to create precise and durable molds. Mold Making: Casting silicone is ideal for making detailed molds for various projects, such as jewelry, figurines, and other crafts. Its flexibility allows for capturing the finest details of models. Ease of Use: Due to its liquid nature before curing, casting silicone can be easily poured into a container or around an object to create a mold. Once cured, it becomes flexible yet strong, making it easy to remove objects from the mold without damaging them. Durability: Casting silicone is resistant to heat, chemicals, and wear, making it ideal for applications requiring durable and reusable molds. Various Applications: Used to create repair parts, duplicate objects, or custom models, casting silicone is a preferred choice for DIY enthusiasts looking to complete custom projects with precision and efficiency. In short, molding silicone is an essential asset for any DIY enthusiast.

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River table

A river table is a piece of designer furniture that combines solid wood and epoxy resin to create a unique visual effect reminiscent of the flow of a river. This type of table is distinguished by the section of resin that runs through the surface, giving the impression of a flowing river in the middle of the wood. The natural edges of the wood are often preserved to accentuate the organic and authentic look of the piece. The resin can be colored or transparent, depending on the desired style, and is poured between two pieces of wood to create a smooth, glossy surface. In addition to its impressive aesthetic, a river table is also durable and resistant, making it a popular choice for modern and artistic interiors.

Coating

Polymer coatings have become essential in many industries due to their versatility and protective properties. Industrial: Polymers such as polyurethane, epoxy, acrylic and silicone are used to protect machinery and equipment from corrosion, wear and harsh chemicals, increasing their durability and reducing maintenance costs. Transportation: In automotive, aerospace and rail, polyurethane and epoxy coatings improve the resistance of parts to weathering and thermal cycling, while acrylic and silicone reduce noise and vibration for increased comfort. Medical: Used to coat medical devices, these polymers provide biocompatibility and resistance to sterilizing agents, contributing to the safety and effectiveness of surgical instruments and implants. Electronics: Epoxy and acrylic coatings protect electronic components from moisture, dust and electrostatic discharge, extending their life and ensuring their performance in a variety of conditions. Military: In this sector, polyurethane and silicone coatings provide protection against extreme conditions, impacts and chemical agents, ensuring the reliability of military equipment and vehicles. DIY (Do It Yourself): DIY enthusiasts use acrylic and silicone coatings to protect and beautify everyday objects, whether for renovation, repair or customization projects, offering both aesthetics and longevity. Construction: Polymer coatings are also widely used in construction to protect structures against corrosion, humidity and atmospheric agents. Polyurethane and epoxy are often applied to floors, walls and roofs to provide durable and aesthetic protection. Acrylic and silicone are used for joints and finishes, ensuring the waterproofing and durability of constructions. Thus, whether polyurethane, epoxy, acrylic or silicone, these coatings play a key role in the protection, durability and performance of materials and equipment in a multitude of fields.

Tailor-made polymers for each sector