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TPREG-R

Product catalog summary

Nomenclature: The document outlines the nomenclature for a product identified as 'g-tpreg rTM'. It includes details such as reinforcement type, consolidation process, total weight per square meter, resin type, veil, and variant. The dimensions are specified as 120 cm.

Fibers: The fibers used include Twintex® and Comfil®.

Resin Types: The resins mentioned are polypropylene (PP), polyamide (PA), and polyethylene terephthalate (PET).

Construction: The construction methods include weaving at 0-90°, scrim with variable mesh opening for optimizing weight/performance ratio, and unidirectional (UD) juxtaposed yarns bonded with the matrix. Additionally, multiaxial non-crimp fabrics (NCF) are made up of unidirectional layers (0°, 90°, +/-45°) mechanically sewn together.

Presentation: The product can be presented as non-consolidated or pre-consolidated, available in rolls or plates.

Disclaimer: The document emphasizes that all properties are average values provided for indication and not intended for use as specifications. The information is based on current knowledge and believed to be accurate but is given without liability. Users are advised to assess the suitability of the product for their specific purposes. The information is specific to the indicated product and not valid in combination with other products. All sales are subject to standard terms of sale, including limitations on liability.

Catalog excerpts

TPREG R™ is a dry pre-impregnated reinforcement range with a thermoplastic THIS MATERIAL FEATURES: • The positive aspects of both thermoplastic materials (processing ease) and continuous glass fiber reinforcement (mechanical properties). • Optimizes the weight/performance ratio by using adapted yarn size. TPREG R™ + heat + pressure = consolidated composite • Sports & Leisure • Defence & Security • Building & Construction Reinforcement type Resin type

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Thermoplastic Composites • High processing speed • Impact resistance • Water and chemical resistance • Few volatile matter (no styrene) • Easy to stock and handle compared to a thermodur prepreg • Higher mechanical propoerties compared to a fabric • Low weight reinforcement possible • Open mesh reinforcement possible • Reinforcement optimization 1. Can we reach the same performance as we have wiih thermoset resins ? Flexural modulus (NF EN ISO 14125) and tensile strength (ISO 527-4) have been tested and result in similar values. These properties are obtained with the right choice of matrix, yarn...

Open the catalog to page 2

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