Formulated using select metallic fillers and engineered thermoplastic resins, these solutions offer densities similar to traditional metals while also providing design and processing flexibility because it can be extruded, molded, calendered or thermoformed into the final desired shape. Gravi-Tech™ Density Modified Formulations and Versaflex™ TPEs for Cosmetics Packaging Gravi-Tech™ Density Modified Formulations and Versaflex™ TPEs for Cosmetics Packaging (Chinese)

TPEs and TPUs in a wide range of durometers and features, such as radiopacity, kink and tear resistance, and barrier properties Engineered materials for molded and extruded components Healthcare TPEs: Versaflex™ HC

Glasforms™ Pultruded Rods, Tubes & Custom Profiles , Advanced Composites | Electrical + Electronics , Energy

Optimizes lubrication for faster injection speed, mold release and extruder output

You can expect uniform and consistent dispersion to improve the processing efficiency and aesthetics of your injection molded and extruded parts.

A semi-crystalline thermoplastic, LubriOne PEEK can be injection molded and extruded.

Plastics processing periodically requires the complete removal of thermooxidized deposits from extruders and injection molding machines.

STANDARD BARSTOCK PRODUCTS PRODUCT MATERIAL DESCRIPTION COLOR MAX THICKNESS IN (MM) MAX WIDTH IN (CM) FLEXURAL MODULUS Msi (GPa) FLEXURAL STRENGTH ksi (MPa) GLASS % GC-67-UB Glass/Epoxy Black 0.575 (14.6) 11.75 (29.8) 5.8 (39.99) 153 (1055) 67 GC-67-UBZ Glass/Epoxy Black 0.5 (12.7) 8.75 (22.2) 5.8 (39.99) 153 (1055) 67 GC-60-UBC Carbon/Epoxy Black 0.25 (6.35) 4.0 (10.2) 12.5 (86.19) 150 (1034) 60 GC-67-UBW Glass/Epoxy, 90° Weft Blue 0.25 (6.35) 8.75 (22.2) 4.8 (33.10) 150 (1034) 67 http://www.polyone.com/content/product-selection-help-form PULTRUDED PROFILES - TYPICAL PROPERTIES The Glasforms™ pultrusion process creates continuous, constant cross-sectional profiles with consistent, uniform quality and exceptional mechanical performance. PROFILE THICKNESSIN (MM) WIDTH IN (MM) Rectangular 0.165–3.75 (4.19–95.25) 0.600–5.500 (15.24–139.70) PROFILE DIAMETERIN (MM) CROSS SECTION IN3 (MM3) Round 0.062–3.465 (1.57–88.01) 0.003–9.430 (1.93–6083.86) PULTRUDED PROFILES The tables below represent typical properties and common pultruded shapes and sizes. PROFILE OUTER DIAMETERIN (MM) INNER DIAMETER IN (MM) WALL THICKNESS IN (MM) Continuous Filament Wound 0.298–1.170 (7.57–29.72) 0.250–1.070 (6.35–27.18) 0.024–0.097 (0.61–2.46) The Glasforms™ continuous filament winding process combines the principles of filament winding with pultrusion to create lightweight, stiff tubes and poles with a constant cross-section and maximum durability.

Product range • Flame retardants to reduce flammability of fibers and fabrics especially in building and construction applications • Light stabilizers to protect fibers used outdoors or exposed to sunlight against UV light • Antimicrobials to protect hygienic fiber products from bacteria proliferation • Antistatics to reduce electrostatic charges • Antioxidants to reduce polymer oxidation during spinning and protect fabrics during service life • Optical brighteners to provide a brilliant white effect and blueish hue • Electrets to retain electrostatic charge on the polymer surface for a longer period of time in filtration applications • Hydrophobics to impart durable water repellency • Chain extenders for recycled polyester fibers • Others on request Product characteristics • Good spinnability • Fiber-specific QC and protocols • Lot-to-lot consistency • Carriers: PET, PBT, PA 6, PP, and others • Possibility to combine colors and additives into a combination concentrate for convenience • Product guidance from our fiber expert team • Focus on safe and sustainable formulations Applications • Continuous filaments (POY, FDY, HOY, BCF) • Long and short spinning staple fiber • Nonwoven processes (spunbond and meltblown) Cesa™ Fiber Additives MagIQ™ Liquid Fiber Colorants & Additives Multiple color production • Depending on the manufacturing set-up, several injection points can be added to enable multiple color production at the same time on a single extruder Batch size flexibility • Fiber producers can manufacture anything from a few kilograms to hundreds of tons using the same simple process Rapid color changes • No extruder contamination and easy color-on, color-off operation increases color change speed Waste reduction • Rapid color changes, precise metering and the ability to adjust color in-line reduces waste during color changeovers Continuous metering & long spin pack life • High pigment and dye concentrations mean fewer pack changes are required • Where color is running low for larger volume runs, low level metering sensors alert operators and packs can be changed without disrupting production In-line IV adjustment • Specialist additives are available to adjust Intrinsic Viscosity (IV) in-line for rPET applications • These additives are available as single products, or can be combined with color to create a multi- functional formulation Color design service • Avient offers a dedicated color design service to help shorten product development cycles and enhance market agility Liquid color processing • Formulations are stable at temperatures up to 60°C and retain good flow properties at temperatures as low as 10°C • These formulations can help lower yarn friction and abrasion, and there is no fuming or evaporation during production Avient’s liquid fiber colorant technology combines advanced liquid color formulations with state-of-the-art, high-pressure metering equipment to enable late-stage injection of liquid color for spun-dyed polymer melt. It works by injecting liquid color at high pressure into the polymer melt- flow between the end of the extruder, or melt-pipe, and the spin head. The extruder is never contaminated with color which translates into faster, more efficient color changeovers that make low volume and custom color production a reality.

TPE-1A is translucent and TPE-1B is opaque. TPE-2 TPE-2 materials are opaque and their base chemistries are different from TPE-1. The results confirm that TPE-1A, B and TPE-2B are truly the “universal overmolding TPEs.”