Door Hardware
Combining Luxury And Longevity: An Introduction To PVD Finishes
When design projects require stylish and durable door hardware, PVD finishes may often hold the answer, says Daniel May of Consort Architectural Hardware.
During many architectural projects, door hardware can reveal itself as the final piece of the design puzzle. Tens - if not hundreds - of doors and their supplementary furniture can be found throughout building plans, and whilst final design decisions may depend on project, preference and budget, specification professionals are encouraged to put careful consideration into material schemes to ensure user requirements are met.
With both style and durability key features of the modern built environment, decision makers are actively looking to
combine these characteristics in their hardware
selections. Whether restoring a heritage site or designing a modern space, choosing the most appropriate type of architectural hardware finish is essential. So, why have PVD finishes emerged as a leading choice for many architects, design teams and homeowners alike?
Daniel May, Director at Consort Architectural Hardware,
explains:
“Physical Vapor Deposition - or PVD as it’s typically referred to - is a specialised ‘coating’ method that can be applied to door handles, hinges and other door and window hardware elements to enhance a product’s durability and appearance. The coated layers of a PVD finish are microscopic, yet, extremely hardwearing by design and as such, help to retain the quality of hardware over its lifecycle, regardless of the environment in which they’re installed.
“PVD coatings are naturally corrosion resistant and offer end users an exceptionally scratch resistant surface, making them suitable
for high traffic environments
such as hospitals, schools and even demanding coastal environments. The protective coatings are often around <1.5 microns and are designed to resist chips, fading and corrosion. In comparison, traditional decorative electroplate coatings are 0.5 microns thick, which can jeopardise the quality of finishes and make them less durable in the process.
32 fmuk
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