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939 products

ampliTex™ thermoset 3D-shape | Composition: ampliTex™ (twill 2/2 – natural) + powerRibs™. Bcomp’s natural fibre-based technologies harness the natural mechanical properties of flax fibres, optimised with the latest lightweighting knowledge. ampliTex™ and powerRibs™ add maximum stiffness at minimal weight, matching the performance of thin-walled monolithic carbon fibre parts while improving safety with no sharp shattering, up to 85% lower CO2 footprint, viable end-of-life options, and 5x better vibration damping.

Bcomp

ampliTex™ thermoset 3D-shape

SANDWICH PANEL WITH AMPLITEX™ | ampliTex™ (300 gsm–twill 2/2 – natural) + foam. Process:Thermoset resin vacuum infused sandwich panel with ampliTex™ skins. Key Benefits: Reducing the environmental impact compared to standard materials such as glass- or carbon fibres by using a renewable material, which also enables viable end of life options like thermal energy recovery without residual waste rather than going to landfill. Bcomp’s materials also off er up to 5 times higher vibration damping and unique design opportunities.

Bcomp

SANDWICH PANEL WITH AMPLITEX™

ampliTex™ thermoset 3D-shape | Composition: ampliTex™ (twill 2/2 – charcoal) + powerRibs™. Bcomp’s natural fibre-based technologies harness the natural mechanical properties of flax fibres, optimised with the latest lightweighting knowledge. ampliTex™ and powerRibs™ add maximum stiffness at minimal weight, matching the performance of thin-walled monolithic carbon fibre parts while improving safety with no sharp shattering, up to 85% lower CO2 footprint, viable end-of-life options, and 5x better vibration damping.

Bcomp

ampliTex™ thermoset 3D-shape

ampliTex™ thermoset 3D-shape | Composition: ampliTex™ (biaxial – natural) + powerRibs™. Bcomp’s natural fibre-based technologies harness the natural mechanical properties of flax fibres, optimised with the latest lightweighting knowledge. ampliTex™ and powerRibs™ add maximum stiffness at minimal weight, matching the performance of thin-walled monolithic carbon fibre parts while improving safety with no sharp shattering, up to 85% lower CO2 footprint, viable end-of-life options, and 5x better vibration damping.

Bcomp

ampliTex™ thermoset 3D-shape

ampliTex™ thermoset 3D-shape | Composition: ampliTex™ (UD – natural) + ampliTex™ (twill 2/2 – natural). Bcomp’s natural fibre-based technologies harness the natural mechanical properties of flax fibres, optimised with the latest lightweighting knowledge. ampliTex™ and powerRibs™ add maximum stiffness at minimal weight, matching the performance of thin-walled monolithic carbon fibre parts while improving safety with no sharp shattering, up to 85% lower CO2 footprint, viable end-of-life options, and 5x better vibration damping.

Bcomp

ampliTex™ thermoset 3D-shape

Technical flax yarn | Flax yarn. 26 Nm-110 Nm

Linificio e Canapifico Nazionale S.R.L. Società Benefit

Technical flax yarn

SER350 | Woven reinforcement with flax and cotton.

EMANUEL LANG COMPOSITES

SER350

FLAXTAPE® AND FIBRIPLAST® | Composition: Flax + PP Production Process: Thermocompression Key Benefits: Weight reduction, Mechanical & Aesthetic properties TRANSFORMED BY FRD CODEM – WWW.FRD-CODEM.FR WWW.ECO-TECHNILIN.COM

Ecotechnilin

FLAXTAPE® AND FIBRIPLAST®

Colored Flax Roving | Composition: Colored Roving made of 89 to 93% flax with cotton or polyester cover yarn. Type of roving: Untwisted parallelized flax fibers. Transformation Processes: Fabrics, multiaxials, thermoset and thermoplastic processes. Key Benefits: Easy impregnation thanks to parallelized fibers, Chemical free product: preserves the mechanical characteristics of flax fibers, Easy implementation: non-stinging material, no need to wear gloves, Cost efficiency, 100% made in France and traced product.

Terre de Lin

Colored Flax Roving

KAIRLIN® | KAIRLIN® BY ECOTECHNILIN Composition: Sandwich Structure: Cork with flax fibres and 100% biobased resin| Production Process: Thermoplastique| Key Benefits: Bio-based, recyclable and compostable in industrial facilities

Ecotechnilin

KAIRLIN®

LINCORE® PLA | LINCORE® PLA FF BY DEPESTELE TRANSFORMED BY FRD-CODEM Composition: Flax/PLA Production Process: Thermocompression Key Benefits: Weight reduction, Mechanical & Aesthetic properties

DEPESTELE - GROUPE DEPESTELE

LINCORE® PLA

FLAXCO 17120-L1-PP | Composition: Weave twill 4/4 – prepreg 60% flax/PP Key Benefits: Light weight, high specific stiffness

Flipts En Dobbels

FLAXCO 17120-L1-PP

FIBRIPLAST® | Composition: Flax/PP Production Process: Thermocompression Key Benefits: Weight reduction, Mechanical & Aesthetic properties TRANSFORMED BY FRD CODEM – WWW.FRD-CODEM.FR WWW.ECO-TECHNILIN.COM

Ecotechnilin

FIBRIPLAST®

AMPLITEX™ + POWERRIBS™ WALL | AMPLITEX™ TECHNICAL FABRIC + POWERRIBS™ REINFORCEMENT GRID BY BCOMP Composition: ampliTex™ technical fabrics + powerRibs™ reinforcement grid Process: Thermoset composite part made with vacuum infusion Key Benefits: ampliTex™ and powerRibs™ add maximum stiffness at minimal weight, <85% lower CO2 footprint, viable end-of-life options, and 5x better vibration damping. ampliTex™ offers unique design opportunities with different fabric architectures and colours. WWW.BCOMP.CH

Bcomp

AMPLITEX™ + POWERRIBS™ WALL

FIBRIPLAST Flax/Hemp & Recycled PP | Mix of natural fibers (Flax, Hemp, Kenaf, …) and thermoplastic polymer fiber (PP, PLA, PA, ...). Key Benefits: Lightweight, environmental footprint improvement, mechanical performance, vibration dampening, recyclable materials, can be made from recycled material, competitive.

Ecotechnilin

FIBRIPLAST Flax/Hemp & Recycled PP

FIBRIBOARD® | FIBRIBOARD® BY ECOTECHNILIN Composition: Flax/recycled PP non woven Production Process: Thermocompression Key Benefits: Lightweight, 100% natural reinforcement, easily drapable, recyclable WWW.ECO-TECHNILIN.COM

Ecotechnilin

FIBRIBOARD®