Arkema launches new versions of its Rilsan, Rilsamid and Orgalloy technical polymers dedicated websites

(Arkema) -- A world leader in specialty polyamides, Arkema has brought on line www.rilsan.com, www.rilsamid.com and www.orgalloy.com, three comprehensive information platforms on its long-chain polyamide product offering. Reflecting Arkema's strong brand recognition and application know-how in its end-markets, all three sites present the specific technical features and the various grades available in each of the three product lines.


Rilsan - a polyamide 11 of 100% vegetable origin manufactured exclusively by Arkema in the world. The website describes its remarkable physical, mechanical and chemical properties, illustrated with extensive comparative test results. Rilsan offers unrivalled value thanks to its unique combination of properties and environmental advantages. This ultra high performance material is suited to applications in extreme pressure, temperature and chemical environment conditions.

Rilsamid, oil-based high performance polymer, is used in some of Rilsan's markets for applications requiring excellent physical, mechanical and chemical properties, albeit slightly below the level of Rilsan's properties.


Finally, www.orgalloy.com presents the Orgalloy range of polyolefin-based polyamides. The website reviews the properties and applications of Orgalloy. This alloy takes the best of polyamide's properties (sturdiness, rigidity, temperature stability and chemical resistance), while affording decisive benefits derived from its polyolefin part (high productivity and easy processing).

A global chemical company and France's leading chemicals producer, Arkema produces state-of-the-art specialty chemicals that provide customers with practical solutions to such challenges as climate change, access to drinking water, the future of energy, fossil fuel preservation and the need for lighter materials. With operations in more than 40 countries, 15,700 employees and 9 research centers, Arkema generates annual revenue of EUR5.9 billion, and holds leadership positions in all its markets with a portfolio of internationally recognized brands.

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(PlastEurope) -- Synbra Technology (Etten-Leur/The Netherlands) has launched a heat-resistant injection mouldable PLA polymer which it says has an impact strength comparable with that of ABS.

The polymer, branded "Synterra IM", is produced by mixing 100% pure PLLA (poly-L-lactide) with 100% PDLA (poly-D-lactide) and has a heat deflection temperature of 123╟C. Polymerisation of the optical isomers PLLA and PDLA takes place at the company's new 5,000 t/y plant in Etten-Leur, which was commissioned in early 2011.

Synterra IM's temperature and impact properties are better than those of conventional PLA, and after injection moulding the material is able to withstand boiling water, Synbra says. The company launched Synterra IM in the second half of this year, and last month the material was awarded an Accenture "Blue Tulip" innovation award at the RAI Elicium in Amsterdam/The Netherlands.

A Synterra compounding grade is also being used in some FKuR Kunststoff (Willich/Germany) products.

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(PlastEurope) -- In an effort to boost competition, win markets and introduce Hungarian plastics products to other countries, about 100 different plastics companies at the end of November 2011 established the Hungarian Plastics Industry Association MMSZ. Although already existent on paper since the early 1990s, MMSZ now exists as a separate legal entity from the Hungarian Chemical Industry Association MAVESZ (Budapest/Hungary), of which it previously was a part.

According to local media reports, the decision to split off was based on ⌠challenges resulting from a new system of interest representation that arose in the wake of a new MAVESZ board having been elected in May this year.

Hungary's plastics sector employs about 40,000 people. Earlier this year, a market review by Business Monitor International (BMI, London/UK) predicted that the country's plastics sector would resume growth in 2011- following several lean years in the shadow of the global economic downturn - with gains driven largely by the country's automotive and construction industries.

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(Arla) -- Arla Plast, Swedish thermoplastic sheet supplier, extended its ATECH product portfolio with the development of a new texture.
The new texture is numbered n42 and is actually deeper and more enhanced pin seal texture. Arla Plast ATECH range now offer a choice of the pin seal textures and a further 10 varying textures.

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(Sabic) -- SABIC's Innovative Plastics business announced a new, high-performance Lexan EXL copolymer resin that addresses the fast-moving trend toward miniaturization of photovoltaic (PV) connectors and junction boxes. The enhanced electrical and flame-retardant performance of the new Lexan EXL resin grade enables designers to miniaturize the entire system by creating thin-wall parts, moving conductors closer together and integrating junction box systems - helping to drive down solar energy costs and increase efficiency. New Lexan EXL resin helps customers strengthen their competitive footing by contributing significantly to the benefits of PV systems and further accelerating the move to solar energy.

The PV market is one of the most dynamic global sectors, with compounded annual growth rates above 20 percent1 and significant attention as a viable and growing mainstream alternative energy source. "SABIC provides specialized materials that enable our photovoltaic customers to improve the value of solar energy as a cost-effective environmental solution,' said Andrew Kodis, solar marketing director, Innovative Plastics. 'Our focus on the photovoltaic market reflects SABIC's active support for environmental trends such as alternative energy, which depend upon technological breakthroughs to make them economically feasible."

The new Lexan EXL 9330S grade surpasses traditional materials in its electrical performance as demonstrated by a comparative tracking index (CTI) Underwriter's Laboratory (UL) standard with PLC-2 rating. Compliance with this tough standard means Lexan EXL 9330S copolymer resists arcing in the presence of moisture and salts and, therefore, can be used in parts that are placed closer together (4 mm vs. 12 mm under Class 3). The flame-retardant material also complies with the UL94 V0 standard at 0.8 mm, allowing thinner-wall parts to be designed.

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