Water-based leather [Color Trend-Charming Rainbow Color]

Iridescent is still an important trend. From furniture and lighting to tiles and storage, it continues to appear in people’s lives with new applications.

The use of light and new materials can bring unexpected results, and innovations in the broader color spectrum can cater to different consumer groups.

Rainbow Color Innovation

Iridescent can be achieved through layering and reflection, so sustainable alternatives to petroleum plastics or synthetic iridescent resins can be explored.

Future material graduate Elissa Brunato of Central Saint Martins College of Art and Design’s Bio-Iridescent Cellulose Nanocrystal Sequins do not use chemical colorants, but rely on the structure to reproduce the glittering color effects previously made with oil and plastic.

Iridescent

Bright, optimistic rainbow and metallic iridescent colors are gradually becoming a major trend in water-based leather.

At the same time, it can also design kaleidoscope-like colors for functional items such as storage and shelves, and ordinary things will become extremely beautiful and attractive.

Matte gradient

The matte texture makes the color gradient more futuristic.

Try powder finishes, sprayed, and blurred watercolor effects, and use curved, wrinkled, and corrugated surfaces to enhance optical gradients.

Metallic

Warm iridescent metallic surfaces with metal processing techniques such as combustion, oxidation and hammering.

The metal is restored to its original state, giving furniture and accessories the most original look.

Various techniques are used to show vivid color contrast, and the contrast is highlighted by the curve form that captures light.

Dark art

Subvert the conventional, darken the color of iridescent products with the appearance of ink and oil slick.

Apply pearlescent on a dark surface to increase contrast and increase stunning.

Manufactured using different surfaces and materials, such as rubber, mirrors, plastics, and glass, water-based leather surface treatment agents , etc. Different forms of light absorption and light refraction