Welcome to Knowledge Base!

KB at your finger tips

This is one stop global knowledge base where you can learn about all the products, solutions and support features.

Categories
All

Products-Hexcel HexPly

Hexcel HexPly: Revolutionizing Tooling Materials for Lightweight Design

Introduction to HexPly Tooling Material

Hexcel's HexPly tooling material is a groundbreaking composite material that revolutionizes the tooling industry by combining lightweight design with high tolerance accuracy. The HexTool® composite tooling material, part of the HexPly product line, is Hexcel’s patented innovation that bridges the gap between the precision of metals and the lightweight properties of carbon fiber composites. This unique material offers exceptional versatility in tooling applications, providing ease of repair and modification, making it a cost-effective alternative to conventional composite tools and metal molds, including those made from Invar®.

Benefits of HexTool® Tooling Material

HexTool® tooling material offers a range of benefits that make it a superior choice for tooling applications. The combination of tolerance accuracy and extreme lightness provided by this composite material allows for the creation of efficient large-scale tools that are both durable and cost-effective. In addition, HexTool® molds are easy to repair and modify, offering increased flexibility in tooling processes. Compared to traditional composite tools and metal molds, HexTool® presents a more efficient and lightweight solution that can enhance productivity and reduce manufacturing costs.

Applications of HexPly Tooling Material

The HexPly tooling material can be applied in a wide range of industries and applications that require precision tooling solutions. From aerospace and defense to industrial sectors, HexTool® offers a versatile and reliable tooling material that enables manufacturers to streamline their production processes and achieve high-quality results. The lightweight design of HexTool® makes it ideal for applications where weight reduction is critical, without compromising on tolerance accuracy or durability. With its innovative properties, HexTool® tooling material opens up new possibilities for tooling in various industries.

Conclusion

In conclusion, Hexcel's HexPly tooling material represents a significant advancement in the field of composite tooling materials. By combining lightweight design with high tolerance accuracy, HexTool® offers a unique solution for manufacturers looking to optimize their tooling processes. With benefits such as ease of repair, cost-effectiveness, and versatility, HexTool® tooling material stands out as a superior choice for tooling applications across different industries. As industries continue to demand lightweight, efficient, and precise tooling solutions, HexTool® remains at the forefront of innovation, setting new standards in the tooling industry.


Stay Ahead in Today’s Competitive Market!
Unlock your company’s full potential with a Virtual Delivery Center (VDC). Gain specialized expertise, drive seamless operations, and scale effortlessly for long-term success.

Book A Meeting To Setup A VDCovertime

Enhancing Aerospace and Industrial Applications with Hexcel HexPly Carbon Fiber Reinforcements

Introduction to Hexcel HexPly Carbon Fiber Reinforcements

Hexcel, a leading manufacturer in the aerospace and industrial sectors, offers a comprehensive range of HexForce® woven carbon fabrics, including traditional fabrics like 3K, 6K, 12K, and 24K, as well as flat-tow 12K and heat-set-uni fabrics. These carbon fiber reinforcements are extensively qualified by major aircraft manufacturers in both dry and prepreg forms. The fibers are produced under strict conditions, ensuring superior quality, reliability, and performance.

Read article

Maximizing Aircraft Performance with HexWeb HexPly Engineered Core

HexWeb EC Engineered Core Overview

HexWeb EC Engineered Core, offered by Hexcel, is a comprehensive solution that leverages various processing technologies to enhance the performance of blocks or slices of HexWeb honeycomb, commonly known as flat core. This advanced technology involves intricate design and fabrication techniques to shape, machine, and bond the flat core into precise core details and assemblies tailored to meet specific customer requirements.

Read article

Hexcel HexMC® Molding Composite: Revolutionizing Composite Manufacturing

Introduction to HexMC® Molding Composite

HexMC® is a cutting-edge high-performance molding material that has revolutionized the production of complex-shaped parts, especially designed for compression molding. With long carbon fibers of 50mm length and a low resin content, HexMC® offers superior mechanical properties compared to other short or long fiber molding compounds. This innovative material opens up new avenues for composite manufacturing across various industries.

Read article

Empowering the Future with Hexcel HexPly

Creating Advanced Composite Solutions

Hexcel HexPly is at the forefront of creating advanced composite materials that are integral to numerous industries in the 21st century. These materials are not just limited to aerospace applications but extend to everyday products such as cars, ships, and sports equipment. The innovative solutions offered by Hexcel make products lighter, stronger, and more durable, setting new standards in various industries.

Read article

Innovative Aerospace Solutions: Hexcel HexPly HiTape® Reinforcements

Advanced Technology for Aircraft Structures

Hexcel's HiTape® is an innovative high-performance dry unidirectional reinforcement designed to meet the stringent requirements of Aircraft Primary Structures. These reinforcements are crafted using cost-effective Out of Autoclave (OOA) technologies such as vacuum infusion or injection. HiTape® enables the creation of dry preforms in a fully automated lay-up process, akin to the AFP and ATL processes commonly used for UD prepregs. What sets HiTape® apart is its tight width tolerance, providing complete automation control over the dry preform process while ensuring minimal waste, even in the fabrication of complex structures.

Read article