Plastics and elastomers for Industrial Packaging

SYNDIGO™ rPE-IN3 by NOVA Chemicals is a 100% post-consumer recycled linear low-density polyethylene (rLLDPE) resin. It contains a processing antioxidant and is intended for non-food-grade applications. SYNDIGO™ rPE-IN3 is manufactured from recycled PE stretch films. It is suitable for use as a general-purpose film, a core layer in co-extrusion films, or a blend component in applications such as hand stretch, air bubble packaging, can liners, and overwrap.

SABIC® HDPE F00952 by SABIC is high density polyethylene (HDPE) copolymer grade with high molecular weight. It has broad molecular distribution and high density combine successfully to give excellent extrudability with high film strength and rigidity. The material contains anti oxidant. It possesses toughness, flexibility, recyclability and the design of the product, molecular architecture and density gives it a unique combination of easy extrusion and high melt strength with strong physical properties which makes it suitable for producing thin films with excellent strength and rigidity. Films produced with this product can be readily treated and printed to give high quality graphics. SABIC® HDPE F00952 by SABIC is recommended for blown film extrusion and used in manufacture of high strength grocery sacks, shopping bags, high quality thin films for multi-wall sack liners and replacement for thin paper products.

PLEXIGLAS® HFI10 by Trinseo is an impact modified, polymethyl methacrylate acrylic (PMMA) resin. Exhibits high melt flow, mold release, optical properties, high weatherability, breaking- and impact resistance. Designed for processing by injection molding. PLEXIGLAS® HFI10 is used in building, construction, automotive, transportation, household equipment, appliances, filters, canisters, instrument cluster lenses, renal cassettes, respiratory care, medical, consumer goods, electrical, electronic, furniture and LED lighting. Complies with UL-94 (HB) Flame Rating.

SURPASS® VPsK914-A by NOVA Chemicals is octene-based, linear low density polyethylene (LLDPE) copolymer grade that contains a processing antioxidant. Offers outstanding melt strength for superior bubble stability.

• Exhibits excellent seal properties, low gel and haze.
• SURPASS® VPsK914-A is suitable for processing by blown film extrusion.
• Designed for maximum output on high-performance lines.
• It is recommended for co-extruded sealant layer, lamination and high toughness film.

SURPASS® VPsK914-D by NOVA Chemicals is octene-based, linear low density polyethylene (LLDPE) copolymer grade. It contains antioxidant, non-fluorinated polymer processing aid (PPA), slip (1000 ppm) and anti-blocking (2500 ppm) additive.

• Provides excellent seal properties, low gel and haze.
• Offers outstanding melt strength for superior bubble stability.
• It is suitable for processing by blown film extrusion.
• SURPASS® VPsK914-D is applicable for co-extruded sealant layer, lamination and high toughness film.
• Designed for maximum output on high-performance lines.

SURPASS® VPsK914-CN02 by NOVA Chemicals is octene-based, linear low density polyethylene (LLDPE) copolymer grade. It contains antioxidant, gas-fade-resistant and non-fluorinated polymer processing aid (PPA). Provides excellent seal properties, low gel and haze.

• Exhibits outstanding melt strength for superior bubble stability.
• SURPASS® VPsK914-CN02 is applicable for co-extruded sealant layer, lamination and high toughness film.
• Designed for maximum output on high-performance lines.
• It is suitable for processing by blown film extrusion.

SURPASS® VPsK914-C by NOVA Chemicals is octene-based, linear low density polyethylene (LLDPE) copolymer grade containing an antioxidant and non-fluorinated polymer processing aid (PPA). Exhibits excellent seal properties, low gel and haze. Offers outstanding melt strength for superior bubble stability.

• It is suitable for processing by blown film extrusion.
• SURPASS® VPsK914-C is applicable for co-extruded sealant layer, lamination and high toughness film.
• Designed for maximum output on high-performance lines.

PLEXIGLAS® SG7 by Trinseo is an impact modified, polymethyl methacrylate acrylic (PMMA) resin. Exhibits high flow, outstanding light transmission and water white clarity. Offers sterilization, durability, processability, exceptional gamma- & chemical resistance. Designed for processing by extrusion and injection molding. PLEXIGLAS® SG7 is used in building, construction, automotive, transportation, household equipment, appliances, filters, canisters, instrument cluster lenses, renal cassettes, respiratory care, medical, consumer goods, electrical, electronic, furniture and LED lighting. Complies with UL-94 (HB) Flame Rating.

MAGNUM™ 555 by Trinseo is a low gloss, low flow acrylonitrile butadiene styrene (ABS) grade. Exhibits a wide range of melt flow rates, excellent balance of processability, good stiffness, impact and heat resistance. Provides excellent high & low gloss aesthetics and good thermal color stability. Can be processed by injection molding, sheet and profile extrusion and thermoforming. Recommended for burial vault liners, tool cases, recreational vehicles, luggage and signs. MAGNUM™ 555 complies with U.S. FDA 21 CFR 181.32.

Ultramid® 8270 HS by BASF is a heat stabilized, thermally modified PA6 grade. Possesses good elastic properties, excellent melt strength, high melt viscosity, high dimensional stability, high creep strength and excellent sliding friction properties. Provides good toughness at low temperatures, high rigidity, hardness, high mechanical strength, stiffness, thermal stability, high impact resistance, good processability, good damping characteristics and high shock resistance even in dry state and at low temperatures. Exhibits excellent permeability and outstanding resistance to chemicals, lubricants, fuels, hydraulic fluids and coolants, refrigerants, dyes, paints, cleaners, oils, aliphatic and aromatic hydrocarbons and many other solvents. Is resistant to corrosion, to aqueous solutions of salts and alkalis and to stress-crack formation compared to many amorphous plastics. Processed by blow molding and profile extrusion. It is recommended for industrial containers, small gasoline tanks and automotive under hood reservoirs. Ultramid® 8270 HS complies with RohS directive 2011/65/EC and WEEE directive 2002/96/EC.