Brands

SILTEM™ resin is a high-performance non-fluorinated alternative to flexible fluoropolymers in wire and cable jacketing and tubing applications. Discover its potential to enhance performance without compromising flexibility.

Discover range of PEI resins - ULTEM™ resins – amorphous, transparent, polyetherimide starting with ULTEM™ 1000 unreinforced PEI resins, high-performance base material for blends, reinforced grades, offering: long-term high heat capability, dimensional stability, strength and modulus, inherent low FST, non-halogenated FR solution, hydrolytic and chemical stability, IR transparency, stable dielectric properties, lightweight, colorability. ULTEM™ HU1004 resin, PEI resin blend, healthcare grade well suited for strong, durable medical devices that withstand multiple sterilization methods, offer enhanced hydrolytic stability in steam autoclave sterilization. ULTEM™ 9085 resin, a PEI resin blend, offers robust OSU/FST properties, meets FAA requirements, and may be used in impact-resistant aerospace interior parts, ground transport applications, pellet-fed additive manufacturing/3D printing. ULTEM™ 2300, reinforced PEI resin, with CTE close to metal, well suited for fiber optic and electrical connectors, bracketry in aerospace and automotive, enable complex designs and simplification of assembly. ULTEM™ 3473, reinforced PEI resin, 40% lighter than aluminum and may support integrated antenna filter units (AFUs) including radiofrequency (RF) filters thanks to low CTE, Surface Mount Technology (SMT) process compatibility, excellent surface metallization performance.

NORYL GTX blends polyamide (PA) and modified polyphenylene ether polymer (PPE) technology. It combines the dimensional stability, low water absorption and heat resistance of PPE polymer with the chemical resistance and flow of PA polymer. The result is an extremely chemically resistant material with the stiffness, impact resistance and heat performance required for on-line painting. The low density of unfilled NORYL GTX resin can provide part-weight savings of up to 25% over glass or mineral filled resins.

The NORYL family of modified PPE resins consists of amorphous blends of PPO™ resin (polyphenylene ether) and polystyrene. They combine the inherent benefits of PPO resin (affordable high heat resistance, good electrical properties, excellent hydrolytic stability and the ability to use non-halogen FR packages), with excellent dimensional stability, good processibility and low specific gravity.NORYL resins offer a good balance of mechanical and chemical properties, and may be suitable for a wide variety of applications

EXTEM™ Resin portfolio of amorphous thermoplastic polyimide (TPI) and polyetherimide (PEI) resins offers a powerful combination of outstanding elevated thermal resistance up to 280°C Tg, high strength, stiffness, and creep performance up to 230°C, broad chemical resistance including chlorinated solvents and eliminates the draw-backs of semi-crystalline materials, imidized thermosets, and competitive amorphous thermoplastics which can require post-molding curing or crystallization. In addition, EXTEM™ resin is inherently flame-retardant without the use of halogenated additives that can pose an environmental risk. EXTEM™ is available in transparent and opaque custom colors, as well as glass filled grades. In the near future, EXTEM™ with additional fillers will be available through SABIC LNP™ Compounds to provide wear resistance performance, electrostatic dissipative properties, enhanced dimensional stability, and more. EXTEM™ resin portfolio is extremely versatile allowing SABIC to design products that can offer design engineers exceptional flexibility and freedom.

LNP™ STAT-KON™ Compounds may be used for applications requiring a combination of powder coating and structural effects, offering design flexibility and meeting safety regulations. These applications include, for example, door handles, safety door push bars and brackets for sunshade systems.

The product family of THERMOCOMP™ AM compounds for large format additive manufacturing is based on amorphous resins such as ABS, PPE, PC and PEI. The compounds exhibit good creep behavior versus semi-crystalline resins, and reduced deformation under constant pressure. Further, lower shrinkage during cooling means these materials demonstrate greater dimensional stability and less thermal expansion during part use.