Diamond standard

Element Six claims construction tool life is increased by 34% through use of its new HardZone synthetic diamond encapsulation technology. According to the company, the HardZone process can be used by tool manufacturers to either extend tool life or increase productivity, and is said to have been designed for easy adoption by tool manufacturers.
June 20, 2012 Read time: 2 mins
Element Six says its HardZone system increases construction tool life by 34%
704 Element Six claims construction tool life is increased by 34% through use of its new HardZone synthetic diamond encapsulation technology.

According to the company, the HardZone process can be used by tool manufacturers to either extend tool life or increase productivity, and is said to have been designed for easy adoption by tool manufacturers.

Encapsulation of synthetic diamond is said by Element Six to be the process of building up metal bond material around the synthetic diamond particle to the extent that the particle is completely enveloped by a sufficient quantity of bond powder to produce a sintered cutting segment.

"We have taken encapsulation to a new level with the addition of HardZone technology. It incorporates a bond material with a better wear resistance as a first layer directly surrounding the synthetic diamond, with a subsequently applied outer layer of standard metal bond material," explains Dr David Egan, senior metallurgist at Element Six. "The purpose of this is to improve the tool’s wear resistance and enable higher synthetic diamond protrusion, as well as providing the expected uniform synthetic diamond distribution," added Egan. The claimed 34% rise in construction tool longevity is said to be based on concrete cutting tests compared to standard mixed particle blades.
Engines, Components & Tyres

For more information on companies in this article

Related Content

  • Out of sight
    July 16, 2012
    With traffic volumes increasing around the world, many existing road links will need to be upgraded or replaced in coming years The need for new road tunnels is particularly intense in many dense urban areas, due to environmental requirements that mean new road links will have to be installed underground. However, improving existing road tunnel links is providing a very large part of the business for this specialised construction segment at present.
    Read More
  • New concrete testing technologies improve speed, safety and quality
    July 8, 2016
    Developments in data processing and management are revolutionising the way concrete strengths can be measured and used to improve efficiencies - Kristina Smith reports on two new technologies A new system that uses thermal imaging to measure the strength of sprayed concrete tunnel linings is being trialled for the first time in London. The brainchild of Dr Benoit Jones, managing director of Inbye Engineering, the technique could lead to improvements in safety, quality and – in the longer run – productivi
    Read More
  • New generation asphalt plants coming to market
    April 21, 2016
    New generation asphalt plants offer key benefits such as being more versatile, more mobile and able to cope with greater quantities of recycled asphalt pavement (RAP) - Mike Woof writes Several asphalt plant manufacturers are introducing new technologies for 2016. Key developments focus on issues such as the use of recycled asphalt pavement (RAP) and plant mobility, as well as improved mix control. Output quality has been improved by the latest technology, which can allow for much higher quantities of RA
    Read More
  • Milling a runway surface
    May 26, 2023
    Milling machines from Wirtgen were used as part of the successful project to resurface a runway for Leipzig/Halle Airport in Germany
    Read More

Highlighted Content