Brands in Composite Materials

Twaron® has become established as the preferred para-aramid product for manufacturers who want to deliver products that are stronger, lighter, and more resistant. With its unique combination of mechanical properties, chemical resistance, excellent durability and thermal stability, Twaron® can transform a normal product into an extraordinary one.

XEBRID™ thermoplastic composites family represents the range of products reinforced with carbon fibers and glass fibers which provide the materials with the features of each reinforcement. Therefore, they feature the lightness and the stiffness found in the carbon fiber, together with the mechanical and physical characteristics of the glass fiber.

Evonik's ZEOFREE® precipitated silicas are well-known and used as an anti-caking agent, carrier, stabilizer, defoamer, rheology controller, microplastic replacement, and numerous others. The ZEOFREE®product range provides a specialized product solution for many challenges. Through advanced product technology, custom application development and best-in-class handling expertise, Evonik's technical team supports customers in finding the right solution to step up the performance.

BindEX enhances properties of polymer compounds thus enabling their increased adoption in automotive, wire & cable, wood plastics composites, flexible packaging, white goods and recycling industries.

PAA-SDFH is an aerospace aluminum honeycomb materials produced from phosphoricacid anodized aluminum sheets. Phosphoric acid anodize gives an excellent corrosion resistance toaluminum alloy, and the surface treatment system with a corrosion prohibited primer provide the greatest bondability and fatigue strength under critical conditions such as hot & wet condition.

ZERO® is a patented non-woven fabric with a relatively small percentage of binder material (less than 3%). The binder is applied to only one side of the fabric resulting in virtually no crimp in the reinforcement fibers. ZERO® is highly efficient and very affordable.

The SILRES® brand comprises a wide range of silicones for coatings, paints and construction applications. The portfolio has been developed and continuously improved since the 1950's when the first silicone resins for building protection originated in WACKER laboratories. It features not only time-tested and innovative products, but also tailored solutions for a host of applications, climates and substrates. And it is supported by a range of extensive services available from our technical centers worldwide which provide further customization and customer-specific options.

FILAVA TM is the essential fiber reinforcement in very high performance composite materials as well as in the field of technical textiles. With high mechanical, chemical and thermal properties, FILAVA TM is a product with very high added value. Thanks to its elasticity and temperature resistance, FILAVA TM can advantageously replace S and R glass fibers, steel, aramid and carbon fibers. With this unparalleled quality, FILAVA TM has become essential in fields as varied as aeronautics, automotive, wind energy, shipbuilding, construction, armor, fire-resistant fabrics, etc.

Our continuous optimization of multiaxial fabrics (eMax) enables us to meet the high requirements of the Aerospace and Automotive industry with respect to quality and reliability, as well as the easiness of processing the material into parts.

JetFil® portfolio meets increasingly demanding impact resistance and dimensional stability specifications for automotive applications such as bumpers and body panels. The JetFil® product range features the finest and most efficient grades from the Magris Talc portfolio for automotive applications. When the melt flow of TPOs is increased, impact strength tends to drop. The impact strength of talc-reinforced polyolefins is directly linked to the particle size distribution of the talc and to how it disperses in the matrix. To overcome any density issues due to their ultrafine grind, JetFil® talcs are produced in compacted form to increase bulk density and allow maximum compounding throughput. Their compaction level has been adjusted to provide an optimum handling/ redispersion balance.

High performance matched tooling systems

Crestafix bonding pastes are used in a wide range of applications, in a variety of markets. The key features and benefits to customers are wide range of densities, low shrinkage, range of working times, ease of application and color change.

Texicryl® emulsion used to enhance the workability and technical performance of products being supplied into the building and decoration market.A diverse range of thickeners and binders for the Artist Colors market. It can also be used in water-based styrene acrylic emulsion polymers and solid resins specifically developed for graphic art applications, as a rheology modifiers for Hand Cleanser applications.With over 60 years’ experience, our range of PVA / acrylic binders and inverse emulsion thickeners deliver high performance in textile and furnishing products.

Crestafire® products are FST performance products, it is a complete system that meet European and Global FST standards, designed for EN45545 HL2 R1 interior rail parts.

Crestapol® intelligent resin technology is a series of low viscosity urethane acrylate based resins designed for infusion, pultrusion and closed mold applications.

Scott Bader’s Texipol® range of rheology modifiers can be used in a variety of water-based formulations.A diverse range of thickeners and binders for the Artist Colors market.Texicryl® and Texipol® emulsions to enhance the workability and technical performance of products being supplied into the building and decoration market.With over 60 years’ experience, our range of PVA / acrylic binders and inverse emulsion thickeners deliver high performance in textile and furnishing products.

Crystic® Resins have been developing for over 70 years to meet your application needs.

JetWhite® portfolio meets increasingly demanding impact resistance and dimensional stability specifications for automotive applications such as bumpers and body panels. The JetWhite® product range features the finest and most efficient grades from the Magris Talc portfolio for automotive applications. When the melt flow of TPOs is increased, impact strength tends to drop. The impact strength of talc-reinforced polyolefins is directly linked to the particle size distribution of the talc and to how it disperses in the matrix. To overcome any density issues due to their ultrafine grind, JetWhite® talcs are produced in compacted form to increase bulk density and allow maximum compounding throughput. Their compaction level has been adjusted to provide an optimum handling/ redispersion balance.