BROMAS LOG SRL

Commercial Advantages of Producing Triaxial Fabrics Producing triaxial fabrics offers several commercial advantages over traditional fabrics, especially in high-tech and high-performance industries. 1. Higher Added Value • Triaxial fabrics are more advanced than bidirectional fabrics, allowing for higher profit margins. • Their use in specialized industries (aerospace, automotive, sports, composites) makes them a profitable niche. 2. Growing Markets and Innovation • The increasing demand for lightweight and high-strength materials in mobility and energy sectors creates new business opportunities. • Possibility of customization and development of tailor-made fabrics for specific applications. 3. Superior Performance and Differentiation • They offer greater strength and dimensional stability, making them more attractive to customers looking for durability and quality. • Weight reduction and improved performance compared to traditional fabrics make them more competitive in the composites industry. 4. Cost Optimization in Production • Although production is more complex, lower material consumption compared to bidirectional structures can reduce costs. • Higher strength minimizes waste and defects, improving production efficiency. 5. Sustainability and New Applications • Potential for developing triaxial fabrics with recyclable or eco-friendly fibers, appealing to the sustainability market. • Increasing use in renewable energy applications (wind turbine blades, solar panels, lightweight structures). In summary, producing triaxial fabrics presents an opportunity for differentiation, growth, and innovation, offering advantages in product quality and commercial positioning in high-value-added markets. #triaxial #textil #carbontextil #muliaxial #fibers #advancedmaterials #composites #composite #compósitos #compositematerials #materialsengineering #automotive #carbonfiber #carbon#lightweightmaterials #innovation #industry #assembly #production #experience #innovation #quality #process #manufacturing #research #development

Siamo felici di partecipare al JEC 2025 dove saremo presenti per poter presentare i nostri innovativi prodotti, saremo lieti di potervi incontrare per mostrarvi le nuove tecnologie e le importanti novità studiate per il mondo dei compositi . Saranno presentate in anteprima due novità assolute. Siamo convinti che le vostre esigenze corrispondano ad alcune delle nostre soluzioni, vi aspettiamo! We are happy to participate in JEC 2025 where we will be present to present our innovative products, we will be happy to meet you to show you the new technologies and important innovations designed for the world of composites. Two absolute novelties will be previewed. We are convinced that your needs match some of our solutions, we are waiting for you!   #triaxial #textil #carbontextil #muliaxial #fibers #advancedmaterials #composites #composite #compósitos #compositematerials #materialsengineering #automotive#carbonfiber #carbon #lightweightmaterials #filamentwinding #innovatio #industry #production #experience #quality #process #manufacturing #research #development

The tension of the wires in the technical fabric is essential to ensure optimal performance and a long life of the material. That's why: * Strength and durability: Proper tension ensures uniform distribution of forces, avoiding weak points that could cause breakage or deformation. * Dimensional stability: A balanced tension prevents excessive shrinkage or elongation of the fabric, keeping its dimensions. #triaxial #textil #carbontextil #muliaxial #fibers #advancedmaterials #composites #composite #compósitos #compositematerials #materialsengineering #automotive #carbonfiber #carbon#lightweightmaterials #filamentwinding #innovation #industry #assembly #production #experience #innovation #quality #process #manufacturing #research #development

TRJ-W WEAVING TRIAXIAL MACHINER Bromas-Log Triaxial fabric is an advanced material that finds application in various industries, including ballistics, due to its unique properties. The following are some of the key benefits of triaxial fabric in the ballistic industry: 1.     Better impact resistance: Triaxial fabric is made up of fibers arranged in three angular directions, which gives it superior strength compared to traditional fabrics. This makes it particularly effective in dispersing the kinetic energy of impacts, reducing the risk of penetration of bullets or shrapnel. 2.     Increased stiffness and resistance to deformation: The three-axis structure provides greater dimensional stability, making the material more rigid and resistant to deformation under ballistic stress. This means that the fabric is more capable of maintaining its integrity even in extreme situations. 3.     Lightweight and flexible: Despite its strength, triaxial fabric is relatively lightweight, making it ideal for applications where weight is a critical factor, such as in bulletproof vests or lightweight armor. Its flexibility also allows for greater adaptability in the design of ballistic devices. 4.     Durability and wear resistance: Triaxial fabric is highly resistant to wear and tear, cutting and tearing, making it more durable than other materials. This is especially important in ballistic applications, where long-term reliability is crucial. 5.     Efficiency in multi-layer protection: In combination with other ballistic materials, triaxial fabric can help improve the overall performance of multi-layer protection systems, increasing effectiveness in defending against a variety of ballistic threats. 6.     Resistance to high temperatures and external influences: Triaxial fabric can be designed to withstand harsh environmental conditions, such as high temperatures or exposure to chemicals, making it a robust choice for extreme operating environments. In summary, triaxial fabric offers a combination of strength, light weight, durability, and versatility, making it an excellent choice for modern ballistic applications. Ballistic-specific benefits:  Superior strength: Triaxial fabric is better able to withstand ballistic impacts than traditional fabrics due to the angular arrangement of its fibers.  Increased energy dispersion: The three-axis structure allows for more efficient distribution of impact energy, reducing damage and penetration.  Lightweight and Comfort: The material is lighter than other ballistic fabrics, improving comfort and mobility for wearers of protective equipment. Durability: Triaxial fabric has good resistance to wear, abrasion, and weathering, increasing the durability of the final product. #composites #composite #compósitos #compositematerials #materialsengineering #fibers #automotive #carbonfiber #lightweightmaterials #innovationte #textil #carbontextile #balistic

Advantages of the triaxial fabric for composites: * Lightness and resistance: They offer an excellent ratio between weight and strength, making composites lighter without sacrificing performance. * Dimensional stability: They maintain their shape even under stress, ensuring greater precision in applications. * Almost isotropic behavior: The mechanical properties are similar in all directions, offering greater design flexibility. * Tear resistance: They are very resistant to tear and abrasion. * Thermoformable: They can be shaped into complex shapes thanks to their adaptability. * Cost optimization: They reduce resin consumption and simplify production processes. Typical applications: * Aereospace/Aeronautics * Automotive * Nautical * Sports industry * Constructions In summary: Triaxial fabrics are an excellent choice for the production of high-performance composites, thanks to their combination of lightness, strength and versatility. #composites #composite #compósitos #compositematerials #materialsengineering #fibers #automotive #carbonfiber #lightweightmaterials #innovationte #textil #carbontextile

The fabric that our TEXY TRJ-W machine can produce has the same tape ratio in the three directions: -60° 0 +60°. In the image on the side is the composition of the three layers. #composites #composite #compósitos #compositematerials #materialsengineering #fibers #automotive #carbonfiber #lightweightmaterials #innovationte #textil #carbontextile

WEFT FEEDER FLOW N33 has been specifically designed for use in the technical textile Sector to feed a loom with tapes up to 10mm wide.  Unrolling of the spool with adjustable tension to facilitate the detachment of the tape. Keeping the tape flat until it exits with improved width stabilization. This innovative system can transport carbon tape or other types of yarn, increasing the productivity and quality of your weaving.   Contact Bromas-Log for more information. info@bromaslog.it   #composites #composite #compósitos #compositematerials #materialsengineering #fibers #automotive #carbonfiber #lightweightmaterials #innovationte #textil #carbontextile

For us details are not details. We are happy to present the first triaxial fabric weaving system. Fabric with extraordinary technical characteristics. #composites #composite #compósitos #compositematerials #materialsengineering #fibers #automotive #carbonfiber #lightweightmaterials #triaxial #innovationte #textil #carbontextile

Microtex Composites is proud to have joined Composites United Innovation Day “Sustainable Composites for future Applications" hosted by Kordsa in Munich on 25th-26th September. A special thank you goes to our CTO Federico Becagli who presented Microtex future perspective in the composite sector. Through innovation we want to contribute to the improvement of sustainable products and solutions 🌿 #sustainability #composites #innovation

Innovations are often the sum between what we have imagined and what we already know. This is a part of the triaxial fabric weaving plant, born on the basis of our patent. We are sure that making triaxial weaving possible gives life to new and important applications in the world of composites. #composites #composite #compósitos #compositematerials #materialsengineering #fibers #automotive #carbonfiber #lightweightmaterials #triaxial #innovation #textil #carbontextile