Yes, polyester fiber has natural sound-absorbing properties. The molding process makes it possible to create acoustic panels that combine functionality and design.

Yes, in many cases. Polyester fiber is lighter, recyclable, and more flexible to shape than wood or plastic—and it also offers better acoustic properties.

Yes, our machinery is flexible. We handle everything from prototypes to large-scale production, which makes it easy to develop products from concept to series production. Initially, we can produce simpler compression molding tools using alternative materials.

Yes, we serve as a technical development partner and assist with material selection, product design, tooling development, and industrialization—from concept to finished product.

We heat and press the material in custom-designed molds. As the material cools, it retains its shape and develops a stable, uniform structure—perfect for mass production.

Molded polyester fiber is durable, resilient, and dimensionally stable. It withstands moisture and temperature fluctuations well, making it suitable for everything from furniture to industrial applications.

Our process is based on recycled materials and resource-efficient methods—which is fully in line with our philosophy of sustainable production.

The cost is determined by the geometry, volume, tooling requirements, and material thickness. We’d be happy to provide a quote based on your drawings or functional requirements.

Mold pressing provides very high dimensional accuracy. We can create complex curves, reinforcements, and structures that are difficult to achieve using traditional cutting methods.

We can produce prototypes quickly thanks to our flexible machinery and experience with customer-specific projects.

Polyester fiber is made from recycled textile waste and is a sustainable choice for both the furniture and automotive industries. It offers low weight and good formability without compromising strength or functionality.

Absolutely. Polyester fiber offers great freedom in terms of shape, texture, and style, making it perfect for design-oriented products in the furniture and interior design sectors.

Yes, polyester fiber can be laminated or combined with other materials to provide specific properties, such as sound absorption or extra strength.

Yes, polyester fiber can be compression-molded into precise 3D shapes with a high level of detail. The combination of heat and pressure ensures that the material retains its shape after manufacturing.

We need drawings or CAD files. We will then develop a custom tool that allows for precise shaping of the parts.

Mold pressing is a method in which we shape materials under heat and pressure to create precise components. We use this technique primarily for recycled polyester fiber, which is transformed into lightweight, durable, and dimensionally stable parts.

We primarily compression-mold recycled polyester fiber sourced from textile waste. The material is lightweight, malleable, and yet very stable after molding. Compression molding is also used for needle-punched felt and recycled fiberboard.

We manufacture compression-molded furniture components, shock-absorbing parts, acoustic components, and custom components for various industries. Compression molding is suitable for all products that require stable geometry.

Our compression-molded components are used in the furniture industry, the automotive industry, acoustic solutions, and functional industrial components where weight, stability, and durability are key.

Polyester fiber is lighter, more malleable, and significantly more durable because it is made from recycled textile materials. It also offers a unique combination of stiffness and cushioning.