Automotive interior applications

RENOLIT TECNOGOR, 100% recyclable, glass fiber reinforced polypropylene-based composite material gains a leading position in the automotive interiors market with major OEM end customers. RENOLIT Gor S.p.A., with a leading position in the automotive extrusion and thermoforming market globally, has seen demand for its innovative RENOLIT TECNOGOR take off as the next generation, safe, clean, 100% recyclable glass fiber composite for automotive interior applications.

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Webinar | Modellare i materiali compositi con la simulazione

Progettare nello stesso momento materiali e strutture, per massimizzare le caratteristiche meccaniche del prodotto: è così che si può davvero trarre vantaggio dai materiali ingegnerizzati. Un software di simulazione è un alleato prezioso per il progettista di laminati in composito: consente di prevedere le prestazioni dei materiali, individuare le soluzioni progettuali più efficaci e analizzare tutte le interazioni tra fenomeni fisici, prima ancora della prototipazione.

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Composite materials: Bercella and Rina partners

The two companies will combine the expertise on composite materials and 3D printing for critical applications in contexts such as the energy transition, the development of the circular economy in the world of composites, and decarbonization at large.

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Sustainable and thermal insulating composite materials: cements containing recycled textile microfibres

Every year a large amount of textile waste is generated by the fashion sector. Recently this phenomenon has rapidly worsened due to the spread of the “fast fashion” concept, based on a linear economic model and mass consumption. The desire to reduce process environmental impact and the objective to create new business with waste products pushed a consortium’s companies to start a research project in collaboration with the Department of Engineering Enzo Ferrari. Read the project, it won our first call for papers.

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Pleko, the athletic shoe in 3D print and Windform SP

CRP Technology has built the supporting structure in a single part: sole, midsole, nails, and ribs. The result is an innovative functional prototype for customization, technologies and materials used. The Windform SP has made it possible to create a special spiked shoe for the track with high elastic properties and resistance to deformation even in thin thicknesses.

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BCN3D completes the Epsilon workbench series

BCN3D, a Spanish leading 3D printing solutions manufacturer, announced the launch of the new Smart Cabinet to complete the Epsilon ecosystem. The Smart Cabinet relies on smart drying technology to ensure that filaments are consistently kept at optimal humidity levels, guaranteeing the best results in every print job and protecting against print failure and nozzle clogging. This project is one of the winners of our first Call for Papers, read it!

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CIRCE: an innovative method to recover uncured preimpregned composite scraps

The growing demand of Carbon Fiber Reinforced Polymers (CFRPs) raises some issues related to the relevant environmental impacts of their manufacturing processes. Recycling is not always an available or convenient option! A possible solution has been proposed within the CIRCE EU LIFE project, developed as a collaboration between five Italian companies: HP Composites, Alci, Base Protection, CETMA, and Petroceramics. Read the full article: this project is one of the winners of our first Call for Papers!

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A new IMOCA constructed from declassified carbon fiber

Vendée Globe skipper Armel Tripon is collaborating with Airbus Technocentre of Nantes to develop a new IMOCA constructed from declassified carbon fiber and the remains of composite materials. This boat will be introduced in 2023 and could mark the beginning of a new industry to recover composites for Airbus, for nautical purposes.

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Carbon Mobile focus on sustainability

Carbon Mobile begins production trials of the world’s first carbon fiber smartphone in Germany. The Carbon 1 MK II is the world’s first carbon fiber smartphone, developed to show the next generation of sustainable, high-performance technologies. The new location for smartphone production is intended to reduce Carbon Mobile’s emissions even further and create additional jobs.

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