The 'Alumina' Salt Lamp Has a Scientific Yet Naturalistic Design
Michael Hemsworth — October 14, 2020 — Art & Design
References: thomascarlier & homecrux
The 'Alumina' salt lamp has been designed by France-based designer Thomas Carlier as a naturally beautiful illuminator that puts crystallization in the spotlight (figuratively and literally). The light first starts off with the stainless steel frame that is positioned into a bath of water that has been saturated with alum salt in order to help start the crystallization process on the surface of the metal. This creates a hypnotic appearance that wraps around the various contours of the arcs to achieve a naturalistically ethereal look.
The 'Alumina' salt lamp puts a focus on biofabrication techniques that make use of more eco-friendly materials and creates truly one-of-a-kind decor products that will greatly enhance the interior design of a space.
Image Credit: Thomas Carlier
The 'Alumina' salt lamp puts a focus on biofabrication techniques that make use of more eco-friendly materials and creates truly one-of-a-kind decor products that will greatly enhance the interior design of a space.
Image Credit: Thomas Carlier
Trend Themes
1. Biofabrication Techniques - Opportunity to explore and develop more sustainable and environmentally friendly materials for various applications.
2. Crystallization in Design - Opportunity to incorporate the mesmerizing effects of crystallization into product designs for a unique and ethereal aesthetic.
3. Naturalistic Illuminators - Opportunity to create lighting fixtures that mimic the beauty and patterns found in nature, enhancing interior design.
Industry Implications
1. Interior Design - Opportunity to incorporate innovative lighting fixtures, such as crystalized salt illuminators, into interior design projects to create captivating spaces.
2. Home Decor - Opportunity to offer unique and visually stunning decor products, like the 'Alumina' salt lamp, to elevate the ambiance of homes.
3. Eco-friendly Products - Opportunity to develop and market eco-friendly lighting options that utilize biofabrication techniques and sustainable materials.
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