Element Six promises up to 40 times the life of standard milling machine picks
Element Six promises up to 40 times the life of standard milling machine picks
Element Six, the synthetic diamond division of DeBeers, has developed a revised design for its D Power road picks, claiming greatly extended working life. The D Power road pick will use a polycrystalline diamond (PCD) tip with an improved head design that incorporates tungsten carbide to provide greater protection to the steel pick mount. The company claims that the D Power road pick can deliver up to 40 times the life of a standard carbide pick, providing reduced downtime, increased efficiency and a better
January 6, 2017
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Synthetic diamond coated road pick offers longer life
704 Element Six, the synthetic diamond division of DeBeers, has developed a revised design for its D Power road picks, claiming greatly extended working life. The D Power road pick will use a polycrystalline diamond (PCD) tip with an improved head design that incorporates tungsten carbide to provide greater protection to the steel pick mount. The company claims that the D Power road pick can deliver up to 40 times the life of a standard carbide pick, providing reduced downtime, increased efficiency and a better surface finish for the contractor. The D Power pick is designed to be used with 1.9-2.0m wide milling machines and though initially designed for 2395 Wirtgen machinery will also be suitable for other milling brands.
Element Six is showing its second generation D Power road picks, which have been designed to give an even longer working life than the previous model. A new tougher steel surround has been developed to match the life of the polycrystalline diamond (PCD) tip. D Power road picks are now expected to give 50 times the overall life of standard machine milling picks, beating the figure of 40 claimed for the previous model. Synthetic diamond company Element Six is a member of the De Beers Group. Element Six’s mate
Synthetic diamond division of DeBeers, Element Six, has developed the 3D Percussive Diamond Insert (PDI) that it claims will radically cut costs in the mining drill industry. The 3D PDI uses the firm’s polycrystalline diamond technology to optimise wear and impact resistance properties, while improving penetration rates for the drill bit. The firm claims that tests of the drill insert show up to 10 times the drill life of a conventional tungsten carbide insert., greatly reducing costly rig downtime for serv
