Bodycote plc (BOY.L) LSE

Currency In GBp

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Bodycote plc

Address

Springwood Court

Macclesfield, SK10 2XF

United Kingdom of Great Britain and Northern Ireland (the)

Phone

44 16 2550 5300

Sector

Industrials

Industry

Industrial - Machinery

Employees

4379

First IPO Date

July 01, 1988

Key Executives

NameTitlePayYear Born
James Bennett FairbairnGroup Chief Executive Officer & Director1.12M1968
Benjamin Philip FidlerChief Financial Officer & Director900,0001970
Michael HarkcomGroup General Counsel0N/A
Paul CallawayChief Information Officer0N/A
Peter LapthornHead of FP&A and Investor Relations0N/A
Rick LlopePresident of Global AGI0N/A
Lily HeinemannChief Sustainability Officer0N/A
Victoria Mary PotterChief Human Resources Officer01972
Thomas OuryPresident of Specialist Technologies01959
Heidi A. McNaryPresident of Global ADE01972
Baris TelserenExecutive Vice President0N/A
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Description

Bodycote plc, established in 1923 and based in Macclesfield, United Kingdom, offers specialized heat treatment and thermal processing solutions globally. The company operates within two key divisions: Aerospace, Defence & Energy, and Automotive & General Industrial, serving diverse sectors including automotive, aerospace and defense, energy, and broader industrial markets. A primary service involves heat treatment, which strategically alters the microstructure of metals and alloys like steel and aluminum to impart crucial properties such as increased surface hardness, enhanced temperature resistance, improved ductility, and greater strength. Bodycote also excels in various metal joining techniques, encompassing electron beam welding, HIP diffusion bonding, hydrogen brazing, induction brazing, and both vacuum and honeycomb brazing. Their advanced capabilities extend to hot isostatic pressing (HIP) services, which include standard isostatic pressing and related support, as well as their proprietary Powdermet technology for manufacturing intricate components through powder metallurgy. Furthermore, Bodycote provides a comprehensive suite of surface technologies engineered to prolong component lifespan and shield them from environmental factors like corrosion and abrasion. These sophisticated surface treatments range from anodizing and ceramic coatings to various thermal spraying methods (flame, combustion, high velocity oxygen fuel, plasma, electric arc), aluminide coatings, liquid coatings, and thermo-chemically formed ceramic coatings, all designed to boost wear resistance and corrosion protection.

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