ARC Technologies, a Hexcel company, produces proprietary high-loss fillers which are available blended with one of a wide variety of elastomeric compounds. Each exhibits mechanical and chemical properties suited to different applications and requirements. The compounds inflexible-sheet form range from 0.010"to 0.250" thick and can be tuned for optimum performance over a wide range of frequencies.
A lightweight core material that is constructed with hexagonal cells. It can be tuned to operate at various frequencies over a broad spectrum. The electrical performance can be maximized for insertion/transmission or reflection loss. Honeycomb absorbers are fabricated from a range of materials including phenolic, high-temperature aramid and fiberglass.
ARC Technologies, a Hexcel company, supplies a variety of dielectric absorber foams ideal for the suppression of electromagnetic energy which are easily cut, wrapped and applied.
ARC Technologies also offers multiple-form factors to meet your application specifications. through the utilization of spray systems using ARC developed or customer specified materials, absorptive coatings as well as rain erosion materials. ARC is also able to cast and injection mold finished parts in many different configurations. Employing the use of customized tooling we are able to produce a wide variety of parts, from flat sheets to the parts with complex geometries.
HexAM® additive manufacturing is a sophisticated merging of PEKK high performance thermoplastic and the world's most robust additive manufacturing technology, delivering a range of fully functional, end-use parts and components. We are fundamentally improving the way the world's aircraft components are manufactured, fulfilling critical development and production contracts for 3D printed parts in a range of aircraft applications, combining high performance with significant weight and cost savings to our customers.
Hexcel manufactures and markets lightweight, high-strength composite structures and assemblies for commercial and military fixed wing aircraft, helicopters, business jets, UAVs, and spacecraft. We have a history of documented performance for aerospace and defense contracts, working for Airbus, Boeing, Bombardier, Mitsubishi Heavy Industries, Sikorsky, Kawasaki Heavy Industries, SpaceX, Blue Origin, and Lockheed Martin.
JEC Innovation Award winning HexWeb® Acousti-Cap® sound attenuating honeycomb enables aircraft engine designers to achieve superior acoustical performance, including dramatic noise reduction during takeoff and landing without a structural weight penalty. This marks an improvement on current technology which requires tradeoffs between weight and noise reduction.
HexWeb® engineered core (EC) encompasses a wide range of unique processing technologies used to add value to blocks or slices ofHexWeb® honeycomb, also known as flat core. With advanced computer-aided design and manufacturing techniques, flat core is formed, shaped, machined and/or bonded to create high quality core details and assemblies to precise customer specifications.
Honeycomb is a lightweight core material which is available in a variety of cell sizes and densities, providing a wide range of mechanical and thermal properties. HexWeb® honeycomb provides a unique structure made from a variety of web materials including fiberglass, aluminum, and aramid/para-aramid mechanical papers.
There are a number of current threats in space. Some sixty years of space missions have left tangible traces in low earth orbit (LEO). Space debris and the Kessler syndrome are very real dangers.
HENSOLDT helps to lift the veil on the mysteries of space. One of the seemingly most pressing matters – affecting everyone – is the prediction of the weather.
As laser-based communication can transfer a lot more data and deliver the goods at far faster speeds than radio waves – and at tremendous bandwidths that require no compression – RF is sure to be edged out by laser-based communication.
HENSOLDT’s military accredited and vast sensor portfolio allows for the creation of flexible, scalable security solutions, which can be adapted flexibly to the needs of law enforcement and security forces.
