Brands in Aerospace & Aviation

Duralar Technologies provides the advanced deposition systems that apply our unique Duralar hard coatings, and these systems are designed to be installed in volume-production customer facilities. Through select Duralar-licensed partners, we also provide Duralar-coating services for certain applications.

Silopren* Liquid Silicone Rubber - Momentive’s extensive Silopren liquid silicone rubber is a portfolio of platinum catalyzed materials designed to cure rapidly by heating in standard injection molding equipment. This versatile family of elastomers can deliver solutions to a wide range of applications across multiple industries ranging from automotive to energy and consumer goods to health care.

Ti-Pure™ titanium dioxide (TiO₂) from Chemours strives to make the world brighter, more durable, and efficient by tackling some of society’s greatest challenges through TiO₂ innovation and reliability. For nearly a century, we have produced and delivered high-quality TiO₂ for customers around the globe in coatings, plastics, and laminates applications. Guided by industry-leading innovation, technical expertise, and continued collaboration, we’re committed to moving our customers and our planet forward.

DRAPTEX (post-drapable non-crimp fabric with gap-free surface made of glass fibers) can be fitted perfectly into your component. It serves mainly as local reinforcment in components. The fact that the fibers are movable guarantees an even higher drapability. One side offers a gap-free fiber surface.

FORMALEN is the brand of technopolymers that identifies Homo/Copo Polypropylene compounds manufactured by Formac. It is a high performance grade of POLYPROPYLENE for universal use that brings together all of our know-how, from the selection of the best raw materials, to overseeing the production process to the quality control of the finished product. All of the materials produced ISO 9001:2015 certified and compliant with the highest quality standards in the sector.

Due to its excellent thermal and mechanical properties, this semi-crystalline material belongs to the polymer group of high-performance plastics (HPM).

Millathane® millable polyurethane rubber comes in a number of Polyester and Polyether grades and subsequent formulary setups. Polyether grades have better water and hydrolysis resistance than polyester grades, while polyester grades have better heat, oil and compression set resistance than polyether grades. Most Millathane grades are available in a range of viscosities and can be packaged as dense bales or premilled sheets.

PPG INHIBISIL® silica anti-corrosion pigments are highly-efficient, calcium oxide-modified silica products designed to replace conventional chrome-based and other toxic anti-corrosion pigments.

Fibertec micas are platy minerals. Mica is generically a complex group of aluminosilicates occurring naturally as plates or sheet-like forms. Fibertec micas can be surface treated to enhance performance in various resin systems. Fibertec mica is used as functional fillers providing reinforcement in thermoplastic and thermoset resins to improve flexural modulus, tensile strength, impact strength while minimizing shrinking and warping at elevated temperatures.

UNIFOAM® is a chemically cross-linked closed cell batch foam with a superior superfine cell structure across all standard grades.

HIGH SOLIDS URAC® II is a modified urethane high-performance two-component enamel.

ELASTOSIL® R solid silicone rubber grades are peroxide-curing. They can be processed by conventional methods, such as extrusion, calendering, compression and transfer molding, or injection molding. They cure in heat and are ideal for manufacturing a variety of silicone rubber articles.

Fibertec mineral wool fibers are inorganic synthetic fibers that have been specifically milled and processed to controlled lengths and with predictable diameters and aspect ratios. These mineral fibers are generated from complex mineral silicates having as primary components silicates of calcium, magnesium and aluminum. Fibertec mineral fibers can be surface treated to enhance performance in selected resin systems. urther, because these fibers are additionally characterized by very low loose and tapped bulk densities, they are desirable for low-density reinforced thermoset and thermoplastic systems.