Victrex plc and Ballard Power Systems Inc announce alliance for the development and manufacture of ionomers for Ballard® fuel cells


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Victrex plc and Ballard Power Systems Inc have entered into an exclusive agreement to develop two separate ionomers (proton conductive polymers) for use in membranes for Ballard® fuel cells. Ballard’s Power Systems' Mark 900 fuel cell stack is designed for the automotive market and an example of where this new manufacturing technology could be used. Another market for this new technology could be the portable power systems market. 
 Victrex plc and Ballard Power Systems Inc announced today that they have entered into an exclusive agreement to develop and manufacture two separate ionomers (proton conductive polymers) for use in membranes for Ballard® fuel cells. Victrex and Ballard will develop the manufacturing processes for Ballard's proprietary ionomer and collaborate on the development of Victrex's proprietary ionomer.

High-performance biocompatible PEEK-OPTIMA® polymer chosen for new line of finger implants

Mathys Medical of Bettlach, Switzerland, replaces acetal with Invibio 
PEEK-OPTIMA® polymer for its range of finger implant stems, as it combines outstanding chemical and hydrolysis resistance, high strength and excellent tribological properties with extensive biocompatibility.
 Mathys Medical of Bettlach, Switzerland, has replaced acetal with Invibio PEEK-OPTIMA® polymer for its range of finger implant stems. PEEK-OPTIMA is ideally suited for in-vivo medical device applications as it combines outstanding chemical and hydrolysis resistance, high strength and excellent tribological properties with extensive biocompatibility.

Scient’x selects Invibio PEEK-OPTIMA® polymer for interbody fusion cages

Scient’x cages moulded in PEEK-OPTIMA Guyancourt, France – French implant manufacturer Scient’x has selected

Honeywell Fluorine Products holds series of technical seminars on new generation blowing agent

HoneywellAs part of their ongoing commitment to customers and partners, Honeywell has conducted a series of European customer seminars on the development of HFC-245fa, their next generation blowing agent.

Honeywell breaks ground on new fluorine products HFC-245fa plant, start up on track for 1 July, 2002

Honeywell breaks ground on new fluorine products HFC-245fa plant, start up on track for 1 July, 2002 Honeywell announced that construction on its HFC-245fa manufacturing facility is on schedule for start-up July 1, 2002. On April 5, 2001 the company marked the groundbreaking of the facility with a customer-focused event.

Honeywell’s HFC-245fa Commercialisation on Track and Available in Semi-Commercial Quantities

Honeywell’s HFC-245fa manufacturing facility team pictured with a scaled model of the new plant, which is on-target for a mid-2002 start-up. Honeywell Fluorine Products Europe is now making semi-commercial quantities of its next-generation blowing agent HFC-245fa available to the European foam industry for customer trials.

Eastman Chemical Company shows full product range at K'2001


Eastman Chemical Company shows full product range at K'2001
 At K'2001 in Düsseldorf, Eastman Chemical Company, will demonstrate it’s full range of plastics resins for a number of industries, from automotive to telecommunications to packaging at booth number 5G03 in Hall 5.

Three Rhodia Engineering Plastics sites ISO/TS 16949 certified

Rhodia Engineering PlasticsIn a single audit operation by Det Norske Veritas (DNV), three Rhodia Engineering Plastics’ sites, in Saint-Fons, France, Ceriano Laghetto, Italy, and Gorzow, Poland, received the ISO/TS 16949 certification for the development, production and sales of TECHNYL® and TECHNYL-STAR™ polyamides. This certification has confirmed Rhodia Engineering Plastics’ commitment to the automotive industry, providing Rhodia’s automotive customers with the quality assurance specific to their demands.