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Products-Hexcel HexPly

Hexcel HexPly: Advancing High-Performance Solutions with Modipur® Polyurethanes

Unlocking Cost-Effective High-Performance Components

Hexcel's Modipur® Polyurethanes offer a cutting-edge solution for producing high-performance components in medium to high production volumes. These polyurethane systems are designed to enable the creation of complex shapes at low cure temperatures, allowing for rapid production cycles. The Modipur® range includes semi-flexible and integral foams with closed or open cell structures, providing versatility in applications. Whether used as core materials, insulation, or for their adhesive properties, Modipur® finds its place in sports and industrial applications.

HexFlow® Laminating Resin: Unparalleled Mechanical Properties

HexFlow® from Hexcel is a polyurethane laminating resin renowned for its outstanding mechanical properties. Ideal for applications requiring high stiffness, short cure cycles at moderate temperatures, and a class A surface finish, HexFlow® is a top choice for various industries. With a focus on providing tailored solutions for individual customers and partners, Hexcel emphasizes customization and innovation in delivering optimal results with Modipur® Polyurethanes.

Hexcel HexPly: Advanced Adhesives Solutions for Aerospace and Industrial Applications

HexBond® Film Adhesives

Hexcel's HexBond Film Adhesives offer a comprehensive range of high-performance epoxy and bismaleimide (BMI) adhesives supplied in film form. These adhesives require heat and pressure for curing, making them ideal for metal-to-metal and composite bonding applications. Additionally, they are commonly used in the manufacture of honeycomb sandwich structures, providing exceptional structural integrity and durability.

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Exploring the Versatility of Hexcel HexPly Glass Fiber Reinforcements

Introduction to Glass Fiber Reinforcements

Hexcel HexPly Glass Fiber Reinforcements offer a unique industrial textile material with exceptional properties. These woven glass fibers provide high strength, fire resistance, and cost-effectiveness, making them suitable for a wide range of applications. With various yarn sizes and weave patterns available, Hexcel enables users to tailor the material for optimal performance, economics, and flexibility.

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Enhancing Product Performance: Hexcel HexPly Interference Control Testing Services

Comprehensive Interference Control Testing Services by Hexcel

ARC Technologies, a subsidiary of Hexcel, offers a range of interference control testing services to ensure superior material performance in various applications. These services adhere to stringent ASTM and MIL standards, providing clients with reliable and accurate insights into their materials' behavior under different conditions.

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Hexcel HexPly - Enhancing Antenna Performance with Dielectric Absorber Honeycomb

Introduction to Dielectric Absorber Honeycomb

Hexcel's HexPly Dielectric Absorber Honeycomb is a cutting-edge lightweight core material designed with hexagonal cells that can be tailored to operate across various frequencies within a broad spectrum. This innovative material offers superior electrical performance and can be optimized for insertion/transmission or reflection loss. Honeycomb absorbers are crafted from a range of materials, including phenolic, high-temperature aramid, and fiberglass.

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Hexcel HexPly - Enhancing Electromagnetic Compatibility with Jaumann Dielectric Absorber Foam

Introduction to JAUMANN Dielectic Absorber Foam

Hexcel's HexPly line includes the JAUMANN Dielectric Absorber Foam, a cutting-edge solution designed to suppress electromagnetic energy effectively. This absorber, manufactured by ARC Technologies, a division of Hexcel, is known for its thin, lightweight, and multi-layer construction that offers superior performance in controlling electromagnetic interference. The foam's unique cross-linked, closed-cell structure provides exceptional resistance to harsh weather conditions and chemical exposure. Additionally, the gradient effect achieved through varying carbon loadings in the three layers of the foam ensures broad-spectrum performance, making it an ideal choice for a wide range of applications.

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