Pre-impregnated Composites

P-UD 1.5, P-UD 3.2, P-SU 8.1, & P-SX 10.3-A

Item Cure Temp Description Applications Benefits/Features
P-UD 1.5 250°F Developed to mainly enhance the vibration absorption qualities, mechanical properties, weight reduction and aesthetic aspect of composite parts. It also allows the development of greener material. Rackets, bicycle frames, skis, boards, Aeronautic, automotive, boat manufacturing, railway - High dampening and acoustic properties brought by flax fibers
- The low density of flax (1.45) enabling weight reduction
- Natural fibers
- Unique aesthetic qualities
P-UD 3.2 250°F Developed to mainly enhance the vibration absorption qualities, mechanical properties, weight reduction and aesthetic aspect of composite parts. It also allows the development of greener material. Rackets, bicycle frames, skis, boards, Aeronautic, automotive, boat manufacturing, railway - High dampening and acoustic properties brought by flax fibers
- The low density of flax (1.45) enabling weight reduction
- Natural fibers
- Unique aesthetic qualities
P-SU 8.1 250°F Developed to mainly enhance the vibration absorption qualities, mechanical properties, weight reduction and aesthetic aspect of composite parts. It also allows the development of greener material. Sports & leisure, surf boards, skis, mobility, bicycle frames, seat posts protection, design and interior objects - Very good drapability ideal for complex shapes
- High laminate stiffness due to low crimp with satin weave
- Natural fibers
- Unique aesthetic qualities
P-SX 10.3-A                               250°F Developed to mainly enhance the vibration absorption qualities, mechanical properties, weight reduction and aesthetic aspect of composite parts. It also allows the development of greener material. Sports & leisure, surf boards, skis, mobility, bicycle frames,seat posts protection, design and interior objects - Very good drapability ideal for complex shapes
- High laminate stiffness due to low crimp with satin weave
- Natural fibers
- Unique aesthetic qualities

Dry Fabrics

D-UD 1.5, D-UD 3.2, D-RU 3.2, D-RS 5.9. D-SU 8.1, D-SX 10.3, & D-PR2 5.9

Item Weight Description Applications Benefits/Features
D- UD 1.5 50 gsm Developed to mainly enhance the vibration absorption
qualities, mechanical properties, weight reduction and
aesthetic aspect of composite parts. It also allows the
development of greener material.
Rackets, bicycle frames, skis, boards, Aeronautic, automotive, boat manufacturing, railway - High dampening and acoustic properties brought by flax fibers
- Low density of flax (1.45) enables weight reduction
- Natural fibers
- Unique aesthetic qualities
D-UD 3.2 110 gsm Developed to mainly enhance the vibration absorption
qualities, mechanical properties, weight reduction and
aesthetic aspect of composite parts. It also allows the
development of greener material.
Rackets, bicycle frames, skis, boards, Aeronautic, automotive, boat manufacturing, railway - High dampening and acoustic properties brought by flax fibers
- Low density of flax (1.45) enables weight reduction
- Natural fibers
- Unique aesthetic qualities
D-RU 3.2 115 gsm Non crimp unidirectional fabric with fibers oriented at
0°. Suitable for manufacturing of fiber reinforced
composite products with high performance and
low environmental impact.
Sports & leisure, surf boards, skis, mobility, bicycle frames, seat posts protection, design and interior objects - High dampening and acoustic properties brought by flax fibers
- Low density of flax (1.45) enables weight reduction
- Natural fibers
- Unique aesthetic qualities
D-RS 5.9 200 gsm Bidirectional fabric with fibers oriented at 0° and 90°
suitable for manufacturing of fiber reinforced
composite products with high performance and
low environmental impact.
Sports & leisure, surf boards, skis, mobility, bicycle frames, seat posts protection, design and interior objects - Very good drapability ideal for complex shapes
- High laminate stiffness due to low crimp with satin weave
- Natural fibers
- Unique aesthetic qualities
D-SU 8.1 275 gsm Non-crimp unidirectional fabric with fibers oriented at
0°, suitable for manufacturing fiber reinforced
composite products with high performance and
low environmental impact.
Sports & leisure, surf boards, skis, mobility, bicycle frames, seat posts protection, design and interior objects - Very good drapability ideal for complex shapes
- High laminate stiffness due to low crimp with satin weave
- Natural fibers
- Unique aesthetic qualities
D-SX 10.3 350 gsm Non-crimp biaxial flax fabric with fibers oriented at
+45° and -45°, suitable for manufacturing fiber
reinforced composite products with high performance
and low environmental impact.
Sports & leisure, surf boards, skis, mobility, bicycle frames, seat posts protection, design and interior objects - Strongest and stiffest natural fiber composites currently on the market
- High laminate stiffness due to low crimp with satin weave
- Natural fibers
- Unique aesthetic qualities
D-PR2 5.9 200 gsm Power ribs +/-45°, mesh size 14 mm. This special
reinforcement fabric is used to create a rib structure
on one face of the composite layer, thus stiffening a lot thin composite shells with little additional weight. This fabric is especially meant to reinforce tubular structures bay increasing hoop strength.
Sports & leisure, surf boards, skis, mobility, bicycle frames, seat posts protection, design and interior objects - Strongest and stiffest natural fiber composites currently on the market
- High laminate stiffness due to low crimp with satin weave
- Natural fibers
- Unique aesthetic qualities

CORES

Ekoa-Balsa200 & CLR Resin System

Item Cure Temp Description Application Benefits/Features
Ekoa-Balsa200 250°F Thickness: from 1/32″ to 1/4″
Length: from 12″ to 48″
Width: 3″ and 4″
By using core between two composite, alloy or wood skins, you can create a lighter, stronger and stiffer part than with a solid laminate. Nominal Density: 5.9 lb/ft³
Compressive Strength: 917 psi
Compressive Modulus: 289.1 ksi
Tensile Strength: 1032 psi
Tensile Modulus: 319.1 ksi
Shear Strength: 262 psi
Shear Modulus: 15.4 ksi
CLR Resin system 250°F Cork’s natural closed-cell structure provides exceptional dampening and dramatically reduced thermal conductivity Cork is a natural energy absorber, perfect for high impact strikes such as rail front ends and impact prone areas on automobiles and rail cars. The sail and surfboard market have discovered Cork’s ability to absorb energy and produce lower fatigue. The canoe and kayak industries are taking advantage of cork’s natural ability to absorb rock and beach impact. Nominal Density: 12.5 lb/ft³
Compressive strength: 72 psi
Compressive modulus: 0.9 ksi
Tensile strength: 101 psi
Shear strength: 130 psi
Shear modulus: 0.9 ksi

Resins

Entropy CPM Resin System & CLR Resin System

Item Description Application Benefits/Features
CPM Resin System Super Sap CPM is specifically designed for compression molding processes of composite parts. CPM has excellent fiber wetting qualities and thixotropic characteristics to limit sag in high temperature cure applications. A high modulus combined with excellent elongation properties enable durable yet light weight composites. Rackets, bicycle frames, skis, boards, Aeronautic, automotive, boat manufacturing, railway - High dampening and acoustic properties brought by flax fibers
- The low density of flax (1.45) enabling weight reduction
- Natural fibers
- Unique aesthetic qualities