Technology

Industry Certification

What's New

What's New  
  
 7th August, 2008

ACT Platinum Coating: AGR Matthey Technology has commenced its service to the glass manufacturing industry through supply of ACT platinum coated ceramics.

Revolutionising the glass manufacturing industry, Johnson Matthey’s Advanced Coating Technology (ACT) is a novel technique for extending the service life of ceramics used in glass manufacture. By applying a thin layer of platinum onto ceramic substrates, unparalleled resistance is given to the damaging effects of corrosion, whilst allowing an overall enhancement in process control.

With the commencement of ACT supply, AGR Matthey Technology looks to further assist the advancement of the glass manufacturing industry.

 

Advanced Coating Technology

 

 

 

 

 

 

 

 

 

 

For further information, please visit our platinum coating page here.

 

17th June, 2008 -  Functional electrical stimulation through precious metal:

Platinum is increasingly employed as a key to functional electrical stimulation (FES) in neural prostheses.

FES involves delivery of an electrical current through muscles or nerves by use of an implantable device - or neural prosthesis. The current flows via a pair of electrodes either placed on the skin or internally implanted for more precise stimulation, which then allows the device to stimulate the targeted nerve and achieve the device's particular function.

Due to its high biocompatability, platinum is the material ideally used as the electrodes, wires and other internal components of neural prostheses. AGR Matthey Technology looks towards further developing its high grade platinum to suit a variety of FES applications.


Currently the most well-known examples of implantable devices for FES are cardiac pacemakers and Cochlear implants, whilst current research identifies treatment of spinal cord injury patients as an area to greatly benefit through application of FES.  


14th March, 2008 -

New logo launch: The team at AGR Matthey Technology is very excited to announce its new company logo!

 

As the business’s brand personality evolves to accommodate the increasingly diverse applications of precision-manufactured precious metal products, this new logo reflects our dedication to providing our customers with the optimum product and service through upholding consistent values of quality, integrity and growth through innovation.

 

 

10th March, 2008 -  

Chemical Plant Visits for N20 Abatement: With Australia’s recent ratification of the Kyoto Protocol, there is an increased pressure for Australian businesses to reduce their greenhouse gas emissions.

 

AGR Matthey Technology just completed a tour of nitric acid plants in Australia, presenting the globally-recognised Yara N20 Abatement System. Accompanying AGR Matthey Technology on the tour were Johnson Matthey Noble Metals (PGM gauze and Yara abatement products), NServe (partner of JM Noble Metals - project management of abatement products with focus on generation of early action credits or emission reduction credits) and Mitsui (marketer of credits earned).

 

The Yara N20 Abatement System can reduce N20 emissions by more than 80%. Furthermore, there are various incentives to companies for early action on implementing an emission reducing system. The response from plant personnel was quite positive.

 

AGR Matthey Technology looks forward to providing an Australian-based hub of support to the nitric acid plants. 

 

 

3rd March, 2008 - 

ICONN Conference: Last month saw the Australian and international nanoscale, science and technology community come together at the ICONN international nanotechnology conference.

 

Hosted in Melbourne, the conference offers an opportunity for students, engineers and scientists to come together and discuss new advances in the field. AGR Matthey Technology was delighted to have Dr. Michael Korti and Jonathan Edgar present ICONN attendees with the findings of their current research project, conducted through an ongoing sponsorship arrangement between AGRMT and University of Technology Sydney. The research, focused on production methods of gold nanorods and nanoshells was very well received and both AGRMT and UTS hold great hopes for the future of their work.