Adm™

A unique, patented amorphous diamond material providing extended performance in critical applications increasing lifetime, durability and reliability in the most extreme conditions.

Aerospace

Extremes of temperature, vibration and pressure coupled with the requirement for light weighting challenges the limits of traditional materials. Adamant® coatings enhance existing substrates making them more durable, abrasion resistant and low friction.

Defence

Reliability, performance and resistance to harsh conditions are critical to ensuring equipment performs as required, when required. Adamant® coatings enhance the mechanical performance of critical components.

Oil & Gas

Critical Equipment used for downhole exploration experiences some of the severest conditions on earth; heat, humidity, acidic and alkali environments. Adamant® coatings ensure components perform longer and better in these conditions.

Motorsport

Maximising speed, power and performance pushes traditional materials to their limit. Adamant® coatings ensure failures do not occur before a positive outcome is secured.

Process Plant

Reliability, safety and performance are key to ensuring optimum uptime and equipment output. Adamant® coatings enhance the reliability and predictability of components.

Electronics

Heat dissipation and electrical insulation are critical characteristics for optimising the performance of modern electronics. ThermaSp3C™ coatings are well adhered to heat dissipation materials and have 3 times the thermal conductivity of copper.

Diamond Hard Surfaces Ltd is a materials technology company and solution provider to high endurance applications of a unique amorphous diamond material; Adm™ which gives extended life in high temperature, chemically aggressive and abrasive environments.

Using our patented process we are able to coat substrates from steel to thermoplastics giving components reduced friction, wear resistance and load carrying characteristics over and above traditional materials and other coated surfaces. The low temperatures at which the coating can be applied mean that there is minimal effect on the substrate material and the process is applicable to a wider range of materials. 

Unlike other coatings, Adm materials do not require sophisticated and lengthy sub-layer preparation nor any post processing such as polishing. Components with our coatings are currently being used by blue chip companies in the markets in which we operate. Our technology has been protected by patent and the manufacturing process has been developed in the company’s laboratory facilities.

The company has established a manufacturing and development facility at Caswell Science and Technology Park near Towcester, Northamptonshire in the UK from which we service our customers around the globe.


Benefits

Extreme Hardness

Low Process Temperature

Excellent Substrate Adhesion

Low Coefficient of Friction

No Pre or Post Treatment

Conformal to Surface

Great Abrasion Resistance

Market Sectors

Aerospace

Extremes of temperature, vibration and pressure coupled with the requirement for light weighting challenges the limits of traditional materials. Adamant® coatings enhance existing substrates making them more durable, abrasion resistant and low friction.

Defence

Reliability, performance and resistance to harsh conditions are critical to ensuring equipment performs as required, when required. Adamant® coatings enhance the mechanical performance of critical components.

Oil & Gas

Critical Equipment used for downhole exploration experiences some of the severest conditions on earth; heat, humidity, acidic and alkali environments. Adamant® coatings ensure components perform longer and better in these conditions.

Motorsport

Maximising speed, power and performance pushes traditional materials to their limit. Adamant® coatings ensure failures do not occur before a positive outcome is secured.

Process Plant

Reliability, safety and performance are key to ensuring optimum uptime and equipment output. Adamant® coatings enhance the reliability and predictability of components.

Electronics

Heat dissipation and electrical insulation are critical characteristics for optimising the performance of modern electronics. ThermaSp3C™ coatings are well adhered to heat dissipation materials and have 3 times the thermal conductivity of copper.

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Find out how we can solve your technical challenges and enhance your product performance.