Greene Tweed & Co Benelux BV |
| |
Canadaweg 2A
HALSTEREN
NL-4661 PZ Netherlands
NL
[t] +31 164 612 123
|
|
| |
Greene, Tweed specialises in the development, manufacture and supply of rings, seals and profiles for industrial applications in which extremely high specifications are set for the material; brand names include Chemraz, WR and AR. An early product in the portfolio, the G-T Ring, was introduced and approved for use in the landing gear of the F-4 Phantom in 1964. The G-T Ring remains a core product in Aerospace landing gear today. As the business developed, strategy warranted the establishment of corporate headquarters in Kulpsville, Pa., USA. in the 1970s. With this foothold, the company expanded around the globe. In the early 1980s it introduced several versatile elastomers, such as Fluoraz, and designed pioneering product geometries, such as the first "capped seal." Arlon, a tough, high-temperature, semi-crystalline engineering polymer, also joined the product line, followed shortly by one of Greene, Tweed's most innovative products, Chemraz, a chemical-resistant elastomer, effective in the most extreme temperatures. Recognizing the race toward a global economy, Greene, Tweed began geographic expansion by opening offices in Germany, England and France. By the mid 1980s, Greene, Tweed had established a presence in the Pacific with a Japanese office. The Asian market has maintained its pattern of growth with additional offices today in Singapore and Korea. The turn of the century ushered in a new product, Orthtek, a lightweight, thermoplastic composite with high-strength and radiolucent properties, that satisfies the demands of the Medical and Biotechnology industry. Worldwide expansion has continued with new offices in the Netherlands, Italy and Spain. A tradition of creative and innovative ideas has also grown with the development of new products, from new composite technologies and vision systems to fibre optic connectors and extreme electrical connectors. Greene Tweed’s WR and AR product ranges are distributed by Flowserve all over Europe. In Belgium the Greene Tweed & Co products are also distributed by Humitab BVBA in St.Job in ‘t Goor.
|
| |
|
Exacting standards are a way of life in the pharmaceutical industry. Only a select few industry suppliers live up to these standards. Among them is Greene, Tweed. Seals produced from CHEMRAZ pharmaceutical grade perfluoroelastomer compounds exemplify that status and comply with FDA and USP requirements. |
10 September 2006 |
| |
|
After more than five years of experience working with composites in global markets, Greene, Tweed is taking this expertise and transferring its learnings to create innovative solutions for airframers and OEMs to expand their current aerospace offerings. |
09 September 2006 |
| |
|
Greene, Tweed's Semiconductor Group continues to provide the semiconductor wafer processing industry with innovative seal solutions with the introduction of a new perfluoroelastomer - Chemraz 639. |
08 September 2006 |
| |
|
Greene, Tweed has developed an innovative manufacturing process for compression molding of thermoplastic composites. This inventive technique requires less time, translating into cost-savings for the customer. |
07 September 2006 |
| |
|
Greene, Tweed introduces a perfluoroelastomer seal material specifically designed for wet-surface preparation semiconductor processes. Chemraz 551 is a cost-effective alternative for various wet surface process applications that require broad chemical resistance and higher temperature tolerance. |
06 September 2006 |
| |
|
Advances in semiconductor processes and equipment have raised the bar for seals situated in aggressive dry plasma environments and higher processing temperatures. Greene, Tweed's newest compound, Chemraz 644, is an advanced perfluoroelastomer developed specifically to meet the evolving needs of the semiconductor industry for enhanced plasma resistance and minimal particulation, resulting in less downtime and higher wafer processing yields. |
05 September 2006 |
| |
|
In order to enhance the design and product development process for our customers, Greene, Tweed is incorporating 3D models built via stereolithography as a critical part of the design process. By utilizing a Dimension 3D Printer, customers can get an early view of prospective solutions before expensive tooling investments are made and/or components are manufactured. |
04 September 2006 |
| |
|
Pharmaceutical companies who employ CIP processes have had to make tough decisions-such as choosing the proper elastomer-for some of their most demanding cleaning programs. Recent tests in a CIP system at Pfizer's Littitz, Pa., facility point to Greene, Tweed's Fluoraz, a TFE/P fluoroelastomer, as the ideal elastomer for withstanding the extreme conditions found in CIP processes. |
28 May 2006 |
| |
|
The newest member of Greene, Tweed's wear-resistant thermoplastic family, ARHT, provides outstanding chemical, thermal shock and impact resistance, making it an ideal replacement for rubber, bronze and ceramic materials in extreme conditions commonly found in pump environments. |
27 May 2006 |
| |
|
FPD Blue 707 is ideal not only for current equipment, but also for the advancing demands of next-generation FPD processing equipment. It features low metallic ion content and greatly reduces particulation to provide minimal contamination versus traditional carbon black fluoroelastomers. The material also provides excellent resistance to the aggressive chemicals used in FPD processing, particularly in O2 plasma, and stability at service temperatures up to 220°C. As a result, FPD Blue 707 seals offer a longer service life and extend preventive maintenance cycles. |
26 May 2006 |
| |
|
In response to customer requests, Greene, Tweed has recently designed a new explosive decompression resistant fluorocarbon elastomer with broader chemical compatibility, improved compression set and lower temperature resistance than any other explosive decompression resistant fluorocarbon material. |
25 May 2006 |
| |
|
Increased exploration and production in hostile environments both onshore and offshore is pushing service companies to increase the capabilities of their current tools and materials. Recognizing the need to efficiently and reliably communicate data in these adverse conditions, Greene, Tweed has developed a new electrical connector line, Seal-Connect XCD, rated for continuous service at 30,000 psi and temperatures of 450°F (232°C). Long-term testing to 35,000 psi and 500°F (260°C) is in progress to quantify upper performance limits. |
24 May 2006 |
| |
|
Greene, Tweed has developed a new explosive decompression resistant fluorocarbon elastomer with compression set less than half that of competitive materials and low-temperature continuous-use performance 45ºF lower than any other ED resistant fluorocarbon material. |
23 May 2006 |
| |
|
In response to growing customer demand for a softer high-performance seal, Greene, Tweed announces Chemraz 656, an advanced perfluoroelastomer offering unsurpassed resistance to the harsh chemicals common in today's semiconductor processes. With its low-metallic-ion content (<5355 ppb), Chemraz 656 provides a high-purity seal that virtually eliminates the risk of contamination. |
22 May 2006 |
| |
|
Designed to meet the demands of 21st century urban living in China, the Xin Lang was one of five innovative car designs that were selected as winners of the Michelin Design Challenge 2004 'Car for China', and exhibited to great acclaim at the Detroit Car Show earlier this year. |
30 April 2005 |
| |
|
Greene, Tweed has developed a new explosive decompression (ED) resistant fluorocarbon elastomer with compression set less than half that of competitive materials and low-temperature continuous-use performance 45ºF lower than any other ED resistant fluorocarbon material. |
21 April 2005 |
| |
|
Increased exploration and production in hostile environments both onshore and offshore is pushing service companies to increase the capabilities of their current tools and materials. |
21 April 2005 |
| |
|
In response to customer requests, Greene, Tweed has recently designed a new explosive decompression resistant fluorocarbon elastomer with broader chemical compatibility, improved compression set and lower temperature resistance than any other explosive decompression resistant fluorocarbon material. |
28 February 2005 |
| |
|
Greene, Tweed announces FPD Blue™ 707, a new fluoroelastomer specifically developed for CVD and dry plasma etch equipment used in FPD (flat-panel display) processing. The product will officially debut at Semicon Korea on 2-4 February 2005 in the Indian Hall, Booth 1101. |
02 February 2005 |
| |
|
The newest member of Greene, Tweed's wear-resistant thermoplastic family, ARHT, provides outstanding chemical, thermal shock and impact resistance, making it an ideal replacement for rubber, bronze and ceramic materials in extreme conditions commonly found in pump environments. |
13 January 2005 |
| |
|
Pharmaceutical companies who employ CIP processes have had to make tough decisions-such as choosing the proper elastomer-for some of their most demanding cleaning programs. |
01 November 2004 |
| |
|
The proliferation of fiber optic technology around the globe requires more protective cabling to ensure data transmissions are not degraded or lost. In some areas cabling sits on top of the ground where it can get crushed by feet or vehicles. |
01 November 2004 |
| |
|
Greene, Tweed has developed an innovative manufacturing process for compression molding of thermoplastic composites. This inventive technique requires less time, translating into cost-savings for the customer. |
01 November 2004 |
| |
|
The proliferation of fiber optic technology around the globe requires more protective cabling to ensure data transmissions are not degraded or lost. In some areas cabling sits on top of the ground where it can get crushed by feet or vehicles. Greene, Tweed Technologies has developed Fiber-Protec cabling that delivers an optimum combination of tensile strength, crush resistance and pliability, therefore meeting the challenges fiber optic applications present. |
01 November 2004 |
| |
|
Greene, Tweed has developed an innovative manufacturing process for compression molding of thermoplastic composites. This inventive technique requires less time, translating into cost-savings for the customer. |
01 November 2004 |
| |
|
After more than five years of experience working with composites in global markets, Greene, Tweed is taking this expertise and transferring its learnings to create innovative solutions for airframers and OEMs to expand their current aerospace offerings. |
04 August 2004 |
| |
|
Critical needs drive important and innovative research. Organizations involved in the aerospace industry have been searching for a replacement to the traditional chrome coating process used in dynamic aircraft systems. |
04 August 2004 |
| |
|
After more than five years of experience working with composites in global markets, Greene, Tweed is taking this expertise and transferring its learnings to create innovative solutions for airframers and OEMs to expand their current aerospace offerings. |
04 August 2004 |
| |
|
Critical needs drive important and innovative research. Organizations involved in the aerospace industry have been searching for a replacement to the traditional chrome coating process used in dynamic aircraft systems. |
04 August 2004 |
| |
|
Operating and maneuvering equipment in the defense arena is never easy. Applications require materials and components that can resist pressure, extreme temperatures and corrosive environments while still performing flawlessly. |
23 April 2004 |
| |
|
AR HT from Greene, Tweed & Co Benelux is a new thermoplastic composite, specially developed for bushes, bearings and wear rings in pumps that have to pump highly abrasive, watery media at temperatures up to 135C. |
23 March 2004 |
| |
|
Quality, compliance and safety are critical in the pharmaceutical industry. Because these factors weigh heavily in daily pharmaceutical operations, engineers are forced to re-examine the seals and sealing materials used in their plants as they develop new drugs and the processes needed to manufacture them. |
19 March 2004 |
| |
|
Greene, Tweed & Co Benelux is introducing a new material for pump components that have to operate in acidic conditions. This new thermoplastic composite, which is called WR 014, is primarily designed for rings, bushes, seals and wear plates in pumps in the chemicals and petrochemical industries. |
23 February 2004 |
| |
|
The pharmaceutical industry can't ignore quality, compliance and safety. Qualified testing is imperative for all products and materials used in pharmaceutical processes. |
27 January 2004 |
| |
|
Greene, Tweed's Semiconductor Group continues to provide the semiconductor wafer processing industry with innovative seal solutions with the introduction of a new perfluoroelastomer - Chemraz® 639. |
22 January 2004 |
| |
|
Flowserve Corporation, a leading global manufacturer of fluid motion and control products and services, announces an alliance agreement for Greene, Tweed's WR® line (non-metallic engineered wear components) to be available to Flowserve's served aftermarket. |
06 January 2004 |
| |
|
Hostile work conditions make it difficult to remotely record and visually inspect process development. While optical probes are a necessity for monitoring industrial processes and machinery, challenges arise in protecting the camera system from the harsh operating environment being measured. |
22 October 2003 |
| |
|
Exacting standards are a way of life in the pharmaceutical industry. Only a select few industry suppliers live up to these standards. |
19 August 2003 |
| |
|
WR®525 and WR®300 materials help assure successful pump performance. This high level of performance is what customers expect and receive from Greene, Tweed products and systems. Added value comes from Greene, Tweed's experienced engineers and technical field personnel, who work closely with end users and OEMs to make sure their systems achieve top performance. |
18 August 2003 |
| |
|
When extreme operating conditions lead to costly performance failures in bearings lubricated with oil, the new WR®575 is a durable and economical alternative.
|
18 August 2003 |
| |
|
Greene, Tweed in collaboration with the largest landing gear system manufacturer, has designed and constructed a one-of-a-kind full-scale landing gear seal and bearing test equipment in its Kulpsville Mechanical Laboratory. |
24 July 2003 |
| |
|
Greene, Tweed announces the addition of a new high temperature compound, Chemraz® 655, to its menu of products designed to meet the ever-increasing demands of the semiconductor manufacturing industry. |
24 July 2003 |
| |
| |
