Why Sustainable Metal Finishes Matter More Than Ever
Sustainable metal finishes are no longer a niche consideration in architecture and interior design. They have become an important part of how projects are specified, built and evaluated.
Architects, designers, developers, and building owners are increasingly looking for materials that not only look beautiful and perform well but also help reduce environmental impact.
At Metalier, this challenge has shaped our thinking from the very beginning.
Real Metal. Less Material.
Traditionally, achieving a metal finish often meant fabricating with solid sheets of brass, bronze, copper, stainless steel, or other metals. While these materials create stunning results, they can also involve significant material usage, fabrication, transportation, and installation costs.
Metalier takes a different approach.
Our decorative liquid metal coating system allows real metal finishes to be applied to a wide range of substrates including MDF, timber, composites, plaster, fibreglass, acrylic, concrete, and existing metal surfaces.
The result is genuine metal on the surface, without requiring the entire object to be manufactured from solid metal.
This opens up new creative possibilities while using significantly less metal than many traditional fabrication methods.
Water-Based Technology and Sustainable Metal Finishes
One of the biggest sustainability advances in the coatings industry has been the move toward water-based technologies.
Metalier has spent years developing a fully integrated water-based liquid metal system that combines performance, durability, and design flexibility.
Our system contains very low levels of volatile organic compounds (VOCs), helping to reduce air pollution and create healthier environments for both applicators and building occupants. Once cured, Metalier finishes do not emit VOCs.
Water-based technology also reduces reliance on harsh solvents while maintaining the beauty and authenticity of real metal finishes.
Recycled Metals and Responsible Design
Metalier’s metal coatings utilise recycled metal powders, giving valuable materials a second life in architectural and interior applications. These metals are carefully prepared and protected to maintain quality and consistency throughout the application process.
The result is a finish that combines the character and beauty of real metal with a more resource-conscious approach.
Lower Energy Consumption
Traditional metal fabrication often involves high-energy manufacturing processes.
Metalier’s cold-application process eliminates many of the energy-intensive heating and fabrication stages associated with conventional metalworking. This helps reduce energy consumption while still delivering authentic metal surfaces with depth, texture, and visual richness.
Designed to Last
Sustainability is not only about how a product is made. It is also about how long it lasts.
Metalier finishes are protected with a durable clear coat system that provides resistance to UV exposure, abrasion, and many common environmental stresses. Properly maintained, these finishes continue to perform and look beautiful for years.
Long-lasting materials reduce replacement cycles, minimise waste, and contribute to more sustainable buildings over time.
Beauty and Responsibility Can Coexist
For many years, designers were often forced to choose between aesthetics and sustainability.
Today, that choice is becoming unnecessary.
Metalier demonstrates that it is possible to create rich, luxurious metal finishes while embracing water-based technology, recycled materials, lower energy processes, and responsible design principles.
The future of design is not about compromise.
It is about finding smarter ways to create beautiful spaces. Sustainable metal finishes allow architects and designers to achieve the appearance of solid metal while reducing material usage, energy consumption and environmental impact.
At Metalier, we believe sustainable metal finishes are part of that future.
For more information, download our Environmental Statement and Water-Based Technology resources from the new website Resources section.