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10260 Nano-Strucctured CVD Tungsten Carbide Coating Protects Against Wear and Corrosion

Picture for 10260 Nano-Strucctured CVD Tungsten Carbide Coating Protects Against Wear and Corrosion
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Product Number: 51300-10260-SG
ISBN: 10260 2010 CP
Author: Yuri Zhuk
Publication Date: 2010
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$20.00
$20.00
Drilling tools operate in extremely abrasive, erosive and corrosive environments which reduce tool life, especially in the case of sour well applications. This paper discusses a new family of low temperature Chemical Vapour Deposition (CVD) Tungsten Carbide coatings proven to increase tool life and thus reduce expensive downtime and drilling operation costs particularly in new frontier, harsh and difficult drilling conditions.

The coating consists of Tungsten Carbide nano-particles dispersed in a metal Tungsten matrix which results in enhanced hardness and abrasion resistance. The coating can be produced up to 100 microns thick, which is unique for hard CVD coatings. As a nano-structured material, it demonstrates outstanding toughness, crack and impact resistance.

The gas-phase CVD process enables the coating of internal surfaces and complex designs such as valves, hydraulic components and pump cylinders. The pore-free coating is resistant to acids and aggressive media. This combination of wear resistance and chemical resistance makes CVD Tungsten Carbide coating an attractive solution to coat critical components in high wear and/or aggressive media environments including downhole tools, mud-driven hydraulic systems, pumps for abrasive fluids, valves and aerospace applications. CVD Tungsten Carbide coating is an attractive replacement for Hard Chrome, which is to be phased-out due to environmental and health and safety considerations.

KEYWORDS: Hard coating, CVD, Tungsten Carbide, wear resistance, erosion resistance, acid resistance, toughness, nano-structured material, downhole tools, sour well tools, Hard Chrome replacement
Drilling tools operate in extremely abrasive, erosive and corrosive environments which reduce tool life, especially in the case of sour well applications. This paper discusses a new family of low temperature Chemical Vapour Deposition (CVD) Tungsten Carbide coatings proven to increase tool life and thus reduce expensive downtime and drilling operation costs particularly in new frontier, harsh and difficult drilling conditions.

The coating consists of Tungsten Carbide nano-particles dispersed in a metal Tungsten matrix which results in enhanced hardness and abrasion resistance. The coating can be produced up to 100 microns thick, which is unique for hard CVD coatings. As a nano-structured material, it demonstrates outstanding toughness, crack and impact resistance.

The gas-phase CVD process enables the coating of internal surfaces and complex designs such as valves, hydraulic components and pump cylinders. The pore-free coating is resistant to acids and aggressive media. This combination of wear resistance and chemical resistance makes CVD Tungsten Carbide coating an attractive solution to coat critical components in high wear and/or aggressive media environments including downhole tools, mud-driven hydraulic systems, pumps for abrasive fluids, valves and aerospace applications. CVD Tungsten Carbide coating is an attractive replacement for Hard Chrome, which is to be phased-out due to environmental and health and safety considerations.

KEYWORDS: Hard coating, CVD, Tungsten Carbide, wear resistance, erosion resistance, acid resistance, toughness, nano-structured material, downhole tools, sour well tools, Hard Chrome replacement
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