Armoloy (UK) Ltd

The extreme hardness of the coating (78Rc), coupled with the anti-gall characteristics, allows nuts and bolts to be coated avoiding the threads from locking and having to be ground off along with many other advantages the Armoloy coating will never chip, flake or delaminate from the base materials, these pivot bolts have been coated all over with Armoloy TDC 3 - 5 microns thickness, taking advantage of the many benefits the offers. For more information, please visit our website www.armoloy.co.uk or email us at info@armoloy.co.uk / simon.s@armoloy.co.uk #tdc #benefits #antigall #corrosionresistance #wear #hardness #nuts #bolts #fasteners

Roller bearings provide a helpful illustration of how combination of adequate lubrication and chromium coatings is highly effective at improving device performance. The ability of this dynamic duo to prevent corrosion is particularly valuable. Many coating materials are not well suited for use in roller bearing systems, however, in conjunction with proper lubrication, Armoloy thin dense chrome (TDC) provides exceptional protection for system components. TDC is 98% chrome, its cone shaped structure makes it extremely hard yet very elastic, and the highly pure material can be applied, as the mane implies, in very thin layers. equipment owners and users observe multiple benefits from TDC, include, reduced corrosion, decreased wear, extended service periods, energy savings and more efficient use of materials, for more information, please visit our website www.armoloy.co.uk, or contact at info@armoloy.co.uk

Improve your profitability with the unique Armoloy nodular structure that aids the ejection on bump off cores, unscrewing cores and collapsing cores. Anywhere that a dynamic ejection occurs the Armoloy process will improve your manufacturing processes. The unique structure reduces the surface area the product has to move across so that (especially with air ejection) the product ejects quicker and easier. www.armoloy.co.uk

Aerospace coatings and plating play a crucial role in ensuring the longevity and reliability of aircraft and spacecraft by providing essential protection and performance enhancements for various components. These specialised coatings are designed to offer excellent resistance to corrosion, wear, and extreme temperatures, which are common challenges in aerospace environments. Additionally, Aerospace coatings improve fuel efficiency by reducing drag, enhancing aerodynamics, and lowering maintenance costs. Compliance with stringent industry standards such as AMS 2438, AMS 2460, and NADCAP ensures that Aerospace coatings meet the highest quality and safety requirements in modern Aerospace applications.

Meeting the exacting needs of the Aerospace industry is a core business area for Armoloy (UK) Ltd. Many years of experience, working on both civil and defence programmes, helps the Armoloy team to work in partnership with design teams to develop the best solutions for material surface issues. The unique Armoloy process ensures a consistent coating thickness and increased reliability over traditional hard chrome plating. The consistency of finish effectively encapsulates components and ensures finished machine sizes are maintained and protected. Components coated in Armoloy TDC help increase operating efficiency by reducing friction and, as a result, actuating pressure.

Armoloy is a proprietary process that has been in the UK since 1989. Since that time Armoloy has been used and specified by some of the leading companies in their respective fields. The many benefits of Armoloy have been proven invaluable in thousands of applications. Contact us at info@armoloy.co.uk and visit our website www.armoloy.co.uk, the team will be happy to assist with any questions you have.

Over the years, the oil and gas, power, petrochemical and valve specifiers have turned to ever more exotic metals and alloys. They are now able to offer certain invaluable properties in their performance. However, against this increasingly narrow range of brilliance must be off set the fact that the majority of them suffer from wear problems and have a natural talent for picking up or from wear problems and have talent for picking up stickability. As a result of the properties described above, a thin coating (5 microns) of Armoloy TDC will either eliminate these problems or make them manageable. This will provide a workable solution on sliding, reciprocating, rotating or threaded surfaces over a wide range of temperatures (-240 degrees C to +850 degrees C). This thin coating is unlikely to affect most manufacturing tolerances and, in many instances, can be allowed for thus eliminating any further machining and jumping straight to assembly operation. For more information, please contact the team at info@armoloy.co.uk and also visit our website www.armoloy.co.uk

Armoloy TDC coated bearings are specifically designed to provide increased performance in harsh, corrosion environments. This includes acidic and basic solutions, where unprotected bearings will experience premature damage and failure. On standard bearings, corrosion damage typically initiates as light etching on the races at the roller spacing and progresses rapidly to fatigue spalling. TDC bearings are proven to prevent rust and etching beyond that of standard bearings, mitigating the effects of corrosive elements. Visit our website www.armoloy.co.uk or email us at info@armoloy.co.uk for more information you may require.

Armoloy (UK) Ltd is proud to be a vital part of the Armoloy global network, offering specialized expertise in thin dense chrome coating. Our precision coating is designed to significantly enhance the durability and performance of industrial components, ensuring they stand up to the demands of even the toughest environments. By protecting machinery parts and tools from wear, corrosion, and friction, we help extend their lifespan and improve the efficiency and reliability of your operations. Our commitment to quality and innovation is at the core of everything we do. We adhere to strict industry standards and continually invest in the latest technology to ensure we deliver the best possible results. As s part of the Armoloy network, we contribute to a unified mission of providing reliable surface solutions, helping our customers worldwide achieve consistent, dependable performance across all applications. www.armoloy.co.uk info@armoloy.co.uk

The Armoloy TDC process is a proprietary electroplating technique that yields a micronodular, crack-free surface texture and imparts a hard, uniform, metallic chromium surface deposit on metal components. This thin, uniform layer guarantees that part tolerance and balance are maintained without the necessity for subsequent machining, even when dealing with intricate geometries, all while delivering simultaneous benefits regarding protective qualities and performance improvements.