Auressens develops a proprietary chemical coating technology that creates surfaces with a metallic luster, enhancing both aesthetic appeal and durability for various manufacturing applications. This technology provides high-quality coatings that improve product differentiation and market competitiveness in industries requiring visually striking finishes.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional metallization processes for decorative and technical applications rely on the extraction and processing of metals, leading to significant environmental and societal impacts due to energy-intensive techniques and resource depletion. These methods also often involve the use of hazardous materials and generate substantial waste.
Solution
Auressens provides a sustainable alternative to metal-based coatings through its innovative, patented technology utilizing organic pigments. These pigments replicate the visual appearance and optical properties of metals without the need for actual metals, enabling a shift towards demetallization in various industries. Auressens' solutions offer a range of effects, including mirror-like, glittery, iridescent, and dichroic finishes, along with a customizable color palette. The technology is designed for easy integration into existing industrial processes, offering a cost-effective and environmentally responsible option. By minimizing environmental impact throughout the value chain, from pigment production to formulation and application, Auressens supports ethical and ecological manufacturing practices.
Target Audience
Auressens targets manufacturers in decorative and technical industries seeking sustainable, metal-free alternatives for coatings and finishes, including those in packaging, automotive, cosmetics, and electronics.
Features
- Patented technology based on novel organic "effect" pigments
- Customizable coatings and pigment formulations
- Wide range of optical effects: mirror, glitter, dichroic, iridescent, and metallic colors
- Solutions minimize environmental impact across the value chain
- Easy to implement and adapt to existing industrial processes
- Lightweight coatings due to the absence of metals