✓ Using high-strength and stiff fiber preforms via TFP
✓ for optimal performance in fluctuating temperatures
✓ with high-performance or natural fibers + functional integration
✓ precise adaptation to complex shapes and designs.
Through innovative tailored fiber placement process we put Fiber preforms for the thermoset further processing The integration of high-performance or sustainable fibers gives the textile preforms special properties that result in high strength and stiffness.
In Combination with thermosets This opens up new and unique application possibilities, including in the aerospace and automotive industries. Fiber preforms particularly demonstrate their strengths where widely fluctuating temperatures occur. Despite high thermal stress, they retain their shape and strength.
Our technology enables precise adaptation to complex shapes and designs. This allows us to produce customized fiber preforms with and without [missing information]. Functional integration to offer you the services you need for your specific requirements.
Our semi-finished textile products are suitable as Reinforcement structures for all Products made of plastic or SMC materialThey impress with outstanding textile, thermal, mechanical and optical properties.
No matter what challenge you are currently facing with your product or component, let's work together to find a way to optimize your products.
RTM This is a process in which reinforcing fibers (such as glass, carbon, or aramid fibers) are placed in a closed mold and then impregnated with liquid resin. The resin hardens within the mold, creating a strong, lightweight, and complexly shaped composite material.
RTM will be mainly with thermosetting resins This was carried out because they offer excellent mechanical properties and thermal resistance.
The SMC Hot Presses Sheet Molding Compound (SMC) is a process typically used in the field of thermosetting materials. The resin used in this process is a thermosetting resin that cures under heat and pressure, forming a solid, non-remeltable structure.
Also known as Vacuum Infusion ProcessIn this process, a dry fiber structure is placed in a mold and covered with a film to create a vacuum. The vacuum draws the resin into the mold, where it saturates the fiber structure. After impregnation, the resin hardens and forms the finished part.
This procedure can be used with both thermoplastic as well with thermosetting resins They can be used depending on the desired properties of the final product.
This is a more specialized technique in which a foam core is placed in the center of the mold and then coated on both sides with fiber material and resin. Under vacuum, the resin is drawn into the fibers as the foam core expands, bringing the entire system into its final shape. After curing, a lightweight and rigid composite part is created. Similar to the vacuum injection process, this method can be used with both types of resins, depending on the requirements of the finished product.
Together with you, we develop the ideal combination of carrier material, fiber or fiber mix, fiber orientation, and the contour of the reinforcement structure (preform) for further processing in your component or product. From the outset, we focus on the cost-effective production of your semi-finished products.
Our fiber preforms and functional elements are suitable for further processing with these
thermosetting processes:
For your specific application, we will work with you to find the right fiber or fiber combination that meets your needs. required material properties Your textile preform offers the advantage of combining different lightweight fibers with each other or with metal fibers to create hybrid structures. Your product and application determine the appropriate material mix.
We are happy to advise you personally!
Cost-efficient production of complex preforms
Complex patterns, layers, or arrangements of fibers in preforms for pinpoint reinforcement
Lightweight fibers and carrier materials, but high stiffness due to optimal fiber alignment
Individual combination of lightweight fibers (carbon, glass fiber, aramid, basalt, …) and metals
Seamless integration of heating wires or sensor threads into fiber preforms
Manufacturing with high repeatability in small and large series.
Get in touch with us! We look forward to your idea or challenge!
Using an advanced TFP process, we produce fiber preforms specifically for processing with thermoplastics.
Integrate a heating function seamlessly and homogeneously into your fiber composite component or plastic product!
Seamlessly expand your fiber composite component with necessary or additional functions, such as damage sensing, measurement data acquisition, data transmission and much more!
For manufacturers of industrial 3D printing systems: manufactured close to the final shape, precisely matched to the print bed, build space and material guidance, and suitable for continuous operation up to 400 °C for high-performance polymers such as PEEK or PEI.
Textile heating elements for industrial tools: manufactured close to the final shape, specifically adapted to complex tool geometries and zone-controlled temperature regulation for uniform heat distribution, stable processes and reproducible component quality.
Lightweight reinforcements for machine builders and OEMs: load path-oriented carbon preforms, manufactured close to the final shape and integrable with reliable processes.
Heated seating systems for manufacturers of beach chairs and outdoor furniture: flexible heating mats, flatly integrated into textile upholstery and designed for series production and outdoor use.
Individual carbon reinforcement as an alternative to steel: Preforms tailored to the component geometry for carbon concrete applications.
High strength and lightweight: Carbon preforms made from TFP for foils, boards and components with high load and low weight.
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