Polyurethane Semi-Finished Products Cuneo

Cast polyurethane sheets

Vehicle®

Production of semi-finished polyurethane products to specification

The production of polyurethane semi-finished products in Cuneo is carried out according to technical parameters defined based on the customer's needs. TEGEA produces sheets, rods, cylinders, and other custom shapes, ready to be transformed into finished components through turning, milling, or shaping.

During the production phase, fundamental aspects are evaluated such as:

• degree of hardness of the material
• required dimensions and thicknesses
• resistance to mechanical stress
• environmental conditions of use

This approach allows for the production of semi-finished products consistent with the technical specifications required for the final application, ensuring continuity between the raw material and the finished product.

Technical properties of polyurethane

The polyurethane used to produce semi-finished products is selected to ensure consistent performance over time. Its key features include high wear resistance, good shock absorption, and dimensional stability even under load.

Cuneo polyurethane semi-finished products can be formulated with different hardness levels, allowing the material to be adapted to specific operational needs. This flexibility makes polyurethane suitable for numerous industrial applications, where a combination of strength and elasticity is required.

Industrial applications of semi-finished products

Polyurethane semi-finished products are used in various manufacturing sectors, such as rollers, wheels, profiles, technical supports, and coatings. The ability to subsequently process the material allows companies to create customized components based on a high-quality technical foundation.

The use of Cuneo polyurethane semi-finished products allows you to:

1. reduce procurement times for technical materials
2. have a product that already complies with defined mechanical specifications
3. facilitate subsequent work
4. ensure uniformity in the characteristics of the material

Thanks to careful control of the production phases, TEGEA supplies semi-finished products ready to be integrated into industrial processing cycles.

Quality control and technical compliance

Each batch of semi-finished products undergoes dimensional checks and material properties tests. Precision measurements and consistent mechanical characteristics are essential to ensuring reliability in subsequent processing stages.

Quality control ensures that Cuneo's polyurethane semi-finished products meet agreed-upon specifications, contributing to the stability and safety of final applications. Attention to detail and careful selection of raw materials form the foundation of the entire production process.

Main features

Wear Resistance: These materials are designed to excel in applications subject to high abrasion, ensuring extended life even under the most challenging conditions, thus helping to reduce maintenance and replacement costs.

Elasticity and impact resistance: thanks to their innovative structure, these materials effectively absorb shocks and vibrations, maintaining their original shape and without undergoing permanent deformation, making them ideal for environments where stresses are frequent.

High load capacity: These materials are specifically designed for applications where components must support heavy weights, thus offering excellent strength and stability that ensure optimal performance even under pressure.

Machinability: Their versatility allows for machining operations such as turning, milling, and drilling, enabling the creation of custom parts that meet the specific needs of each project.

Chemical Resistance: These materials offer excellent compatibility with oils, greases, and solvents, depending on the compound used, ensuring reliable performance in chemically aggressive environments and extending their service life.

Wide range of hardnesses: A wide range of hardnesses is available, ranging from 10 Shore A to 85 Shore D, offering the possibility to choose the most suitable solution based on customers' specific application needs, without compromising on quality.

Standard supply: materials are supplied in standard lengths of 500 mm, with variable diameters that can be adapted according to customer needs, thus ensuring flexibility and convenience in the procurement phase.

Application sectors

Polyurethane rods are used in numerous industrial sectors for the production of customized technical components, thanks to their strength and durability. Among the main areas of application are:

Steel industry: In this sector, polyurethane rods are crucial for the production of spacers, supports, and wear-resistant components, which are essential to ensure the efficiency and longevity of the equipment used.

Industrial automation: Here, round bars are used to produce shock absorbers, buffers, and supports—essential components that enable the smooth and controlled operation of automated machines.

Food industry: It's essential that components used in this sector are suitable for contact with food, and polyurethane rods offer this option. Certified versions are available that guarantee compliance with food safety standards.

Special machinery and equipment: These rods are used for industrial equipment, guides, shock absorbers, and technical seals, demonstrating their versatility and ability to adapt to different production needs.

Maintenance and repair: finally, they are used to create customized spare parts, thus enabling rapid repair and maintenance of industrial plants, helping to reduce machine downtime.



Thanks to their versatility and robustness, polyurethane rods prove to be an indispensable element in many industrial fields.

Main features

Wear resistance: These materials are ideal for applications subject to heavy abrasion, ensuring exceptional durability even in extreme environments and particularly adverse working conditions.

Elasticity and impact resistance: They offer excellent shock and vibration absorption, ensuring they can withstand demanding working conditions without suffering permanent deformation that would compromise their performance.

High load capacity: they have excellent mechanical resistance, allowing them to support high loads without suffering failure or damage, making them ideal for components that require reliability and robustness.

Machinability: These materials are easy to turn, mill, and drill, allowing for the precise production of custom parts to meet specific design and manufacturing needs.

Chemical resistance: They demonstrate good compatibility with oils, greases and solvents, depending on the chosen compound, making them versatile for use in chemically aggressive environments.

Wide range of hardnesses: they are available in a wide range of hardnesses, from 10 Shore A to 85 Shore D, thus allowing you to choose the hardness grade best suited to different application needs and working conditions.

Standard supply: the fixed length is 500 mm, with the option to customize the internal and external diameters, ensuring flexible and adaptable solutions for every project.

Application sectors

Polyurethane tubing is used in numerous industrial sectors for the production of customized technical components, thanks to its strength and versatility. Among the main application areas are:

Steel industry: this sector manufactures bushings, supports, and wear-resistant guards, essential for ensuring the durability and efficiency of the equipment used.

Industrial automation: Here, polyurethane tubes are used in the production of shock absorbers, buffers, and mechanical protections, helping improve the safety and functionality of machines.

Food industry: For this sector, components suitable for contact with food are available, with certified versions to ensure maximum food safety.

Mechanical industry: In mechanical engineering, tubes are used to make flexible joints, spacers, and machine guards, ensuring optimal performance during operation.

Maintenance and repair: finally, they are frequently used for the creation of custom bushings and components, adaptable to specific repair needs.

Thanks to our consolidated experience in the sector, we can support you in choosing the most suitable material and hardness for your specific application, ensuring excellent and satisfactory results.

Main features

Uniform structure: The centrifugation process ensures optimal homogeneity in the material, while ensuring the absence of internal defects, which is essential for ensuring consistent and reliable performance.

Available in smooth, brushed, or ribbed versions, the surface can be customized to meet specific usage needs, thus meeting various applications and performance requirements.

Ease of bonding: the buffed versions are the ideal choice for application on other surfaces, as they promote excellent adhesion and greater bond stability.

Improved grip: Ribbed versions offer increased grip during handling applications, proving particularly effective in situations where safety and grip are crucial.

Wear resistance: These materials are ideal for applications subject to intense abrasion, ensuring long-lasting performance even in difficult conditions.

Elasticity and impact resistance: they have the ability to absorb impacts without deforming, maintaining their physical properties unchanged even after high stresses.

Good machinability: They can be easily waterjet cut to obtain customized components, greatly simplifying the production process and adapting to specific needs.

Chemical resistance: they offer excellent compatibility with oils, greases and solvents, depending on the chosen compound, thus ensuring their usability in chemically aggressive environments.

Wide range of hardnesses: Available in a range from 10 Shore A to 85 Shore D, these materials can adapt to different application needs, offering flexible solutions for every type of use.

Standard supply: dimensions are predefined, but with customizable thickness and format options upon request, allowing for easy integration into the production process.

Application sectors

Centrifuged polyurethane sheets represent a versatile and high-performance solution, used in a wide range of industrial sectors. Among these, we highlight:

Steel Industry: Used as wear plates and spacers, these plates help ensure the efficiency of production lines by protecting machinery from premature wear and direct contact with abrasive materials.

Industrial automation: In this field, the plates act as guides, buffers, and vibration dampening systems, improving the precision and longevity of automated equipment and helping to reduce operating noise.

Food industry: The panels are used to create technical surfaces suitable for contact with food, ensuring safety and hygiene. Certified versions are also available, compliant with specific industry regulations.

Industrial machinery and equipment: Acting as protective plates, these solutions are ideal for components that are frequently subjected to impacts and wear, thus extending the operating life of the machinery.

Industrial cleaning machines: Used in floor scrubbers, the plates offer specific applications that ensure optimal contact with the surfaces, thus optimizing cleaning operations.

Maintenance and repair: These sheets can be transformed into semi-finished products for the production of gaskets, supports, and other technical elements through waterjet cutting processes, making them extremely versatile for maintenance.

Thanks to our consolidated experience in the sector, we can support you in choosing the most suitable material and hardness for the specific needs of your application, guaranteeing customized and high-quality solutions.

Main features

High wear resistance: These materials are particularly ideal for applications that are subject to intense abrasion, ensuring long life and optimal performance even in the most difficult conditions.

Excellent elasticity and impact resistance: thanks to their extraordinary ability to absorb impacts, these materials are able to maintain their original shape without deforming, thus offering effective protection in stressful situations.

Chemical resistance: they have excellent compatibility with a wide range of oils, greases and solvents, which allows for a wide application in various fields, depending on the chosen compound.

Wide range of hardnesses: They are available in a wide range of hardnesses ranging from 10 Shore A to 85 Shore D, making them perfect for adapting to different application needs and thus ensuring optimized performance.

Customizable supply: We offer highly customizable supply, with thicknesses and sizes available upon request, including the ability to produce large-scale materials to meet our customers' specific needs.

Application sectors

Cast polyurethane sheets find application in numerous industrial sectors, including:

Steel industry: anti-wear protection systems for machines and surfaces subjected to mechanical stress.

Industrial automation: guides, buffers, and vibration control devices.

Food industry: versions certified for food contact, used in technical surfaces and gaskets.

Maintenance and repair: semi-finished products intended for the creation of gaskets, supports and other technical components.

Mechanical industry: guards, spacers, and parts for specialized machinery.

Thanks to our expertise, we can assist you in choosing the most suitable material and hardness for your application.

Exclusive features of Vosida®

Patented Technology: Our one-of-a-kind innovation provides protection and improved performance for polyurethane adhesive.

High-performance adhesive layer: allows for immediate and secure bonding to a wide variety of surfaces, including metals and plastics.

Durable and versatile material: made with high-quality TEGEA polyurethanes, it ensures durability, resistance to wear and tear and chemical agents.

Ease of application: simply remove the protective liner and apply light pressure to permanently bond the material.

Cost savings: removes the need for vulcanization processes, helping to reduce transportation, core treatment, and machining costs.

Customizable Surface: Available with a smooth or rough finish to improve grip on different surfaces.

Available sizes and variants

VOSIDA® sheets come in a variety of polyurethanes, designed to meet different industrial needs:



TA Series Polyurethane: with hardnesses ranging from 60 to 90 Sh A, it is perfect for standard applications.

4FOOD® Series Polyurethane: certified for food contact, available in the range of 60 to 90 Sh A.

MAPAPLUS Series Polyurethane: specifically developed for contact with solvents and water, with continuous resistance up to 120°C.

Standard dimensions: 3050 x 520 mm, with thicknesses ranging from 2 to 10 mm.

We offer the possibility of custom creations: sheets in custom sizes or cut to order.

Applications and sectors of use

Thanks to its versatility and unique characteristics, Vosida® is used in various industrial sectors:

Steel and Metalworking: protection of surfaces exposed to impacts and friction.

Automotive and Logistics: wear-resistant coatings for transport and handling systems.

Food Industry: Applications requiring materials compliant with food contact regulations.

Packaging and Production Lines: reducing friction and protecting mechanical components in industrial settings.

Vosida® is compatible with a wide range of media, including:

Metals: Stainless steel, aluminum.

Plastics: Polyethylene, ABS, Polycarbonate, Polypropylene.

Other materials: Glass and composite surfaces.

How are VOSIDA® adhesive sheets applied?

The application of Vosida® is extremely simple and does not require special tools:

1. Surface cleaning: carefully clean the substrate with alcohol, acetone or oil-free degreasers.

2. (Optional) Application of Vosida® PR Primer: To optimize adhesion, it is recommended to apply a thin layer of primer.

3. Removing the protective liner: Be careful not to contaminate the adhesive surface.

4. Applying the plate: Place the material on the surface and apply even pressure.

5. Use: Bonding is immediate, but to ensure maximum adhesion, it is advisable to wait 48 hours before intensive use.

Caution: Adhesion is immediate and permanent, so positioning must be precise at the time of application.