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PRIVACY
Manufacturing

North East diamond innovators Dyman Advanced Materials announce plans to create 100 jobs

Dyman Advanced Materials is hoping to cut a piece of the $14bn industrial diamonds market which is dominated by China

Dr Gary Gibson, founder, Dyman Advanced Materials(Image: Supplied by Jen Taylor of Innovation SuperNetwork)

A County Durham firm has developed a novel way of producing man-made diamonds that it says could create up to 100 jobs once at scale.

NETPark-based Dyman Advanced Materials - which currently employs seven - hopes to cut a slice of the $14bn industrial synthetic diamonds market which supplies stones for a range of sectors. The firm is led by founder Dr Gary Gibson who has previously worked for Sedgefield neighbours Kromek and had the idea for diamond production 25 years ago, as an undergraduate student.

From its Sedgefield base, Dyman has just completed its research and development and proof of concept phases for its technology - which has patents pending across the world. Having recently secured more than £800,000 investment , the firm is now moving out of the lab and into manufacturing, with hopes to launch its first products to market in the first quarter of 2023.

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A common way to make synthetic diamonds is called “high pressure high temperature” which involves temperatures of 1,600C and enormous pressure - the equivalent of balancing a car on the head of a pin. The process typically involves a machine three metres wide, three metres tall and three metres deep, weighing tonnes.

Dr Gibson explained: “We’ve miniaturised the process, using some clever space technology, down to the size of a football. One of the things that allows us to do this is using sophisticated carbon fibre graphite of the type that’s used on the nose of space shuttles.

Diamond material (front) in the form of a disc and also a wedge, and behind is a typical industry standard diamond cutting tool.(Image: Supplied by Gary Gibson of Dyman)

“Most people will know that when the shuttle re-enters the Earth’s atmosphere, it starts to glow red because it gets so hot. The graphite is a really good thermal barrier and that helps the equipment as it goes up to these insanely hot temperatures.”

Industrial diamonds - which are dull or coloured, unlike their attractive gemstones counterparts - are used in a variety of different scenarios, including offshore oil and gas drilling, cutting composite material components for the automotive industry and in medical applications such as ultra-sharp scalpels that never become blunt. There is also a new field of diamond electronics which uses the stone’s heat sink qualities to protect high performing devices.