16 standard formulations and project-based custom production. Long carbon fiber, long glass fiber, neat engineering plastics, and industrial 3D printing pellets — all under one roof.
7-micron diameter carbon fibers are integrated into the polymer matrix at 12mm+ lengths, delivering stiffness comparable to steel with up to 70% weight reduction. Our LCF series based on PA66, PA6, PPS, PPA, CPP, and PEEK delivers superior performance from automotive to aerospace, defense to medical. All HIGH-STRAN LFT-G® products come with TDS documentation.
Ideal for automotive, defense, and industrial applications requiring high strength and rigidity. The go-to reference product for metal replacement projects.
A cost-effective structural solution combining the easy processability of PA6 matrix with carbon fiber performance. Automotive interiors and power tools.
Superior chemical resistance, low moisture absorption, and high-temperature performance. Preferred for EV battery systems, semiconductor, and aerospace applications.
High temperature and moisture resistance. Electric motor components, sensor housings, and applications requiring continuous operation above 180°C.
Lightweight and low cost at the forefront. Ideal composite solution for automotive non-structural interior trim, sports equipment, and consumer products.
Non-abrasive formulation that minimizes mold wear in tight-tolerance parts. Premium LCF solution with high reinforcement ratio.
Ultra-rigid structural solution at high reinforcement ratio. Automotive battery blocks, aerospace structural support parts, and robotic arm components.
The highest mechanical values in our portfolio. 340°C continuous operating temperature, steel-level rigidity. Ultra-high performance for aerospace, defense, medical, and semiconductor applications.
Glass fiber reinforced thermoplastics that optimize cost while increasing strength. Continuous operating temperatures up to 260°C, tensile strength reaching 240 MPa, and a wide product range across HPP, PA6, PA66 polymer bases. All products in our LGF series come with TDS documentation.
Entry-level LGF solution. Cost-effective lightweight composite for home appliances, automotive interior trim, and general-purpose structural parts.
Ideal lightweight composite for metal replacement in automotive structural parts, technical enclosures, and transport systems with high reinforcement ratio.
Enhanced impact resistance with hybrid long glass fiber structure. Automotive front-end structures, engine covers, and industrial mechanisms.
Lightweight and durable metal replacement solution for home appliance and automotive structural parts. Our reference LGF product with a wide application range.
Premium LGF solution combining PA66 matrix high-temperature performance with hybrid glass fiber reinforcement. Automotive electromechanical components.
The highest reinforcement ratio product in our LGF series. Premium solution for rigid structural parts and metal replacement with tensile strength reaching 240 MPa.
Our high-performance engineering plastics portfolio. In addition to our neat PEEK grades, we offer project-based custom production across all general engineering plastics and thermoplastics, providing technical service support from design to serial production.
With a 343°C melting point, preferred by the aerospace, medical, and semiconductor industries. Superior chemical resistance, radiation resistance, and sterilization compatibility.
Ideal for thin-walled and complex geometry parts with enhanced flow properties. Micro-electronics, medical implants, and semiconductor test equipment.
In addition to our standard catalog products, we develop project-based custom formulations across all general engineering plastics and thermoplastics. Flame retardant additives, high-flow, conductive, UV-stabilized, or chemically resistant — custom product manufacturing tailored to your application.
Long carbon and glass fiber reinforced thermoplastic pellets specially formulated for large-format industrial 3D printing systems. Pellet-based solutions for molds, prototypes, end-use parts, and structural applications.
Industrial 3D printing is no longer limited to filament. Our composite pellets in pellet form are used directly in industrial robotic extruder systems. This eliminates the filament process, reduces cost, multiplies print speed, and enables meter-scale structural parts to be produced.
Our business partner developing thermoplastic extrusion applications using our custom-formulated pellet-based composite granules. Together with Avenco, we offer an integrated solution network from material to end product — from raw material production to extrusion and 3D printing applications.
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Our engineering team develops custom formulations for your application and delivers the most suitable thermoplastic composite solution.