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Using TPU Filament in Manufacturing Processes

  • Thursday, 22 April 2021
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Using TPU Filament in Manufacturing Processes

Tubuyloyne Unilever (TPU) FDM inks have revolutionized the industry by providing advanced polymer and thermoplastic polyurethane applications for a wide range of products. FDM or Fabri-Fluids Dynamic Modulization is a revolutionary new process that involves the use of a three dimensional printed pattern to create the most intricate and smooth textures possible. Using a unique formulation and a variety of additives, TPU filament has been found to have excellent reproducibility and excellent adhesive properties, making it ideal for a wide range of printed products.

The key to the success of TPU filament lies in its thermoplastic polyurethane composition. Like most printed polyurethane materials, it is primarily created through a simple thermoplastic reaction between thermoplastics and diporphene binder resin, resulting in an extremely hard and wear-resistant vinyl compound. By combining high hardness with extreme ultraviolet protection, tpu filaments are able to resist both high temperatures and harsh solvents present in many common applications. Because of its inherent properties, TPU filament can be used in a wide range of industries from pharmaceuticals and medicine to aerospace and even military applications. This superior quality and durability make it ideal for applications requiring extreme adhesive strength and extreme temperature ranges.

Because it is resistant to heat, TPU filament can be applied to a vast number of different surfaces, allowing manufacturers to use them for a wide variety of automotive applications including automotive flooring, bumpers and wheels. With its great adhesive potential and its ability to stand up to extreme temperatures, TPU has quickly become a popular additive in the automotive industry, especially in bumpers and flooring applications. It has also become a popular choice for applications requiring high adhesion strength, particularly those in the auto interior and electronics industries. Because of these traits, TPU filament is a great choice for a wide variety of printed products.

As its name implies, TPU filament is made out of polyethylene (or PET), a highly versatile material that is flexible and extremely durable. Because of these traits, it is often combined with various other materials in order to produce a variety of different applications. One such application is a highly durable thermosetting polymer that offers superior heat-fusion and thermal conductivity properties. Because of its extreme hardness, TPU filament allows for the development of extremely strong elastomers, plastics and resins. Because these materials can be developed into complex, three-dimensional objects, they provide a great source of design flexibility where other materials may be more difficult to work with.

Many small, medium and large manufacturing companies utilize us for a variety of applications including prototyping, engineering and simulation, material testing and bonding, as well as in the automotive industry. As tsu is an extremely flexible material, it allows manufacturers and engineers to fabricate and design products that feature both high flexibility and high elasticity. This combination of properties is especially helpful in high-tempered environments where extreme heat, shock or other sources might otherwise break down or destroy a product. Because of its unique ability to maintain its elasticity and hardness even in extreme temperatures, tsu is very useful for items such as engine parts and heat exchangers.

Engineers and designers have utilized tsu filament for years because of its unique properties. By using the filament in a variety of applications, you can help improve quality and lower costs of manufacturing products while lowering the risk of damage from high temperatures. By working with a provider that offers both the material and custom extrusion services, you can effectively reduce waste, improve manufacturing yield and improve customer satisfaction. To learn more about using the material in your operations, contact a provider today.

Tags:pla silk filament | 3d printer filament

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