Brands results

Polyimide (PI) are a class of high performing polymers recognized for their outstanding mechanical, thermal, and chemical properties. Polyimides typically exhibit consistent properties through high and low temperatures and possess very good dielectric traits. These thermally stable polymers are biocompatible for use within the body and are sterilizable by several methods. Polyimides are also very resistant to abrasion and have very good wear characteristics. Polyimide can be applied as a coating for over-the-wire (OTW; PI insulated wire) applications for both medical and non-medical uses. Polyimide provides a low friction surface for ease of pushability (deployment) of PI insulated lead wires and can be applied in extremely thin coatings. PI Glide™, a PI / PTFE composite, is an alternative for applications that require a more lubricious surface but do not require the performance of pure PTFE. PI and PI Glide™ coated wire are also available in a layered or composite construction allowing further customization of properties.

AOC® polymer coating reduces “tissue grab” making implants easier to insert into the socket or scleral envelope. The coating minimizes debris accumulation within the pores of the implant. Also available uncoated.

SOLESPHERE™ microsphere silica gels are environmentally safe, non-nanoparticle, non-plastic, non-petroleum ingredients that enhance the performance of skincare and cosmetics. They can be used in oil-in-water, water-in-oil and anhydrous formulations to provide UV boost, reduce greasiness and stickiness, minimize pores, absorb oil and perspiration, improve spreadability and provide a matte appearance.

FORMACROM PC is the brand of technopolymers that identifies Polycarbonate compounds manufactured by Formac. It is a high performance grade of Polycarbonate 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 are ISO 9001:2015 certified and compliant with the highest quality standards in the sector.

Bestdur® is Triesa's registered trademark for polybutene terephthalate (PBT). PBT is a technical plastic that is characterized by having excellent hardness, excellent dimensional stability, excellent friction resistance, good electrical resistance, excellent coloration and also many degrees of fire resistance (V-0)

The GEMAPILEN GF series of compounds are 10% to 40% Glass fiber reinforced Polypropylene products. They are manufactured with Homo-Polymer or Co-Polymer to fit requirement.

Polybutylene terephthalate is a semi-crystalline material from the polyester family of plastics and, due to its good thermal and mechanical properties, is counted among the polymer group of engineering plastics. It has a high surface hardness and good sliding and wear behavior.

K-KAT® catalysts are alternatives (or substitutes) to tin and mercury catalysts for isocyanate, blocked isocyanate and moisture cure silane systems. K-KAT catalysts are effective for crosslinking silane terminated polymers while adding improved adhesion.

AKYPLEN® is a solid polypropylene sheet that is suitable for printing but also easily convertible for packaging or internal fittings purposes. It combines the stiffness and the flexibility of polypropylene material that makes it an ideal printing solution for labels or premium packaging.

VISIOMER® Specialty Methacrylates offer an innovative way to customize product properties for various end use applications. With a range of alkyl/aryl (meth)acrylates, aminofunctional monomers, methacrylamides, ether methacrylates, crosslinkers, HEMA for contact lenses, wet adhesion monomers and specialty intermediates, VISIOMER® has become a trusted partner in designing customized products to meet specific needs.

ULTRAMET® products are metallized polyester with incredible metal bond strength. They have ultra-high metal adhesion, high oxygen and water vapor barrier, excellent water resistance and easy tear properties.

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

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.

I’m green™ bio-based is the portfolio of products that represents a revolution in the way plastic resins are produced. It is the result of our continuous commitment and investment in innovation and research to find the best solutions to benefit the planet and society.The products under the I’m green™ bio-based brand are produced using sugarcane and capture CO2 from the atmosphere, helping to fight climate change.Combining innovation and sustainable development for a better impact on the planet and society is the ultimate goal.

Kestoil® is a self-lubricated, strong, wear resistant engineering plastic with a low coefficient of friction

MELEN is a high-density polyethylene (also known as PE-HD or PE300). This material is easy to work with and can be applied in many areas, especially in the construction of equipment and chemical recipients.

Our polycarbonate compounds for luminaire housings , emergency lights, CEE industrial connectors , switch programs, light guides for day-night design, applications for LED technology. Particularly interesting for applications in electrical engineering. Transparent, translucent, diffusely translucent or opaque colored up to light-tightness for high-quality visible surfaces. Impact-resistant for increased toughness and elasticity VDE glow wire test at 850 ° C or 960 ° C and 1.0 and 2.0 mm material thickness according to DIN EN 60695-2-12 UL 94 listed in fire classes HB, V-2, V-0> = 1.5 mm for all colors File E178422 Opel QK 001906 (Opel material approval) Halogen-free flame protection system according to IEC 61249-2-21

Sarafil base films are suitable for a range of applications with its inherent properties of being clear, transparent, flexible and with high Tensile strength and modulus with high heat resistance.

"Our additives and ingredients enhance manufacturing processes and the performance of products. Thomas Swan has developed a range of bonding agents for the rubber processing and polymer industries. The Casabond™ range includes rubber bonding agents used in high performance metal-to-rubber and textile-to-rubber applications. Products include resorcinol/stearic acid blends for use by compounders, reactive isocyanates for use in solvent adhesives and phenolic condensates for use with RFLs."

FORMACROM is the brand of technopolymers that identifies ABS compounds manufactured by Formac. All of the materials produced by us are ISO 9001:2015 certified and compliant with the highest quality standards in the sector.

Stretch-Vac™ is a red tinted, transparent, heat stabilized, blown modified Nylon 6 vacuum bagging film. It is recommended for vacuum bagging applications up to 400°F (204°C).

Prisma range of polypropylene copolymers and especially designed for injection molding applications. This product range exhibits exceptional transparency, very good stiffness / impact strength balance and excellent processability suitable for rigid packaging applications and beyond.