In modern industrial environments, the demands on materials are ever increasing. To meet the challenges of manufacturing, machining and operations, many companies are choosing composite materials as their preferred alternative to traditional materials such as steel and plastic. But what makes composites so superior in certain applications? Let's explore the benefits of composites and how Scanco AS's Scancot composite can offer solutions that meet today's industry needs.
Composite vs. steel and plastic – what's the difference?
Composite materials offer a number of advantages that often outperform both steel and plastic in specific applications. One of the most prominent properties is their strength-to-weight ratio. Composites typically consist of fiber reinforcements such as carbon fiber or fiberglass combined with resin, which provides high strength without the heavy weight that steel entails. This is especially important in applications where weight reduction is critical, such as in aerospace, automotive, and sporting goods.
In addition to its lightweight nature, composites also offer superior corrosion resistance properties compared to steel. In environments where exposure to moisture, chemicals or extreme temperatures is common, composite materials ensure longer life and less maintenance. Plastics, on the other hand, can often lack the necessary strength and durability required in high-stress applications, which composites handle with ease.
Types of composite materials used in industry
The industry uses a wide variety of composite materials, designed for specific applications. Scanco AS offers a comprehensive range of Scancot composite materials that meet many needs.
Scancot L2 Marine is ideal for marine applications where water resistance and durability are essential. This type of composite can withstand continuous exposure to seawater without deteriorating, making it perfect for boat parts and marine equipment.
Scancot Tribochem 11 and Scancot Triboglide 15 are developed for friction parts such as bearings and plain bearings. These materials combine high wear resistance with low friction, which prevents wear and extends the life of machine parts.
Scancot Triboguides and Triboslide are specially designed to provide optimal motion and support in mechanical systems. These composite materials reduce friction and improve the performance of machinery and equipment by providing precise moving parts.
Scancot Tribotape and Tribotemp series are ideal for applications requiring heat resistance and stability under high temperatures. These materials maintain their mechanical properties even under harsh conditions, which is essential for special manufacturing and high-stress environments.
Scancot Tribotex and Tribotough 10 offers extra strength and flexibility, making them perfect for use in demanding industrial environments where the materials must withstand both mechanical stress and thermal stresses.
The advantages of composites in bearings and friction parts
The use of composite materials in bearings and friction parts provides several advantages that directly affect the efficiency and service life of machinery and equipment. Composite materials such as Scancot composite is designed to reduce friction, which not only reduces wear but also reduces energy consumption. Less friction means less heat generation and less need for frequent maintenance, which is a cost saving for the company.
In bearing applications, composite materials such as Scancot Triboglide 15 provide smooth and reliable motion, even under high load conditions. This ensures precise positioning and movement, which is essential for production lines and complex mechanisms where accuracy is the key to success.
When it comes to custom manufacturing, composite materials provide the flexibility needed to tailor components to meet unique requirements. If a standard material does not meet specific needs, Scanco can adjust the composition of fibers, resins and other ingredients to create a material that has the exact properties required. This allows for innovation and customization that is difficult to achieve with traditional materials such as steel and plastic.
Scanco AS – expert in composites and machining
Scanco AS is a leading provider of mechanical processing and manufacturing services in Norway, and their expertise in waterjet cutting, CNC machining, 3D printing and 3D scanning makes them an ideal partner for industrial players. With a broad portfolio of technical materials, including Scancot composite, Scanco can offer tailor-made solutions that meet the specific requirements of any customer's project.
By combining advanced manufacturing technology with in-depth material knowledge, Scanco AS ensures that its customers receive materials that not only meet, but exceed expectations. This combination of quality, adaptability and technological expertise makes composites the obvious choice for demanding industrial environments.
Final thoughts
Composite materials represent the future of industry, with their superior mechanical properties and adaptability. Whether it is bearings, friction parts or special production, composites offer a robust and efficient solution that traditional materials often cannot match. With Scanco AS as your supplier, you get access to a wide range of high-quality composite materials that can be adapted to your specific needs.
