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As one of the world's leading super material companies, Element Six's unique internal capabilities are changing tool performance and reliability, even in the most challenging oil and gas environments.

From design to manufacturing, the Element Six PDC tool is the only tool created internally during the entire process. Element Six has a number of advanced manufacturing bases around the world, including a factory specializing in the production of tungsten carbide in Burhauen, Germany.

Element Six has a loyal oil and gas team that works closely with customers to analyze the performance of their products on site. Their industry-leading understanding is attributed to extensive laboratory application testing and field performance analysis, which provide information about the relationship between material microstructure, design, and tool performance.

Element Six is ​​the first to provide tools with thick diamond countertops and continues to be the only company that can provide tools with PCD countertops >3.0 mm for the best impact resistance. Even in the harshest drilling environment, corrosion-resistant and erosion-resistant substrates can eliminate material loss.

The downhole drilling environment is extremely harsh. The temperature limit (150-200°C) of conventional materials is often exceeded, and abrasive or corrosive fluids can be used during drilling. Even in these harsh environments, Element Six can create flexible detectors.

Element Six can provide personalized and customized solutions, such as PCD rotors and stators, thanks to their ability to manufacture PCD disks up to 74 mm in diameter. The inevitable wear and tear of traditional tungsten carbide products can lead to expensive maintenance and final repairs. Synthetic diamond solutions can extend the life of such critical components, thereby reducing the total cost of ownership.

Element Six provides a wide range of synthetic diamond solutions, including synthetic diamond abrasive grains, special-shaped diamond blades, and chisels and gauge tools.

This information is derived from, reviewed, and adapted from materials provided by Element Six.

For more information on this source, please visit Element Six.

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