Ringier Technology Innovation Award 2024
■ Thanks to its innovative bidirectional absorption patented technology and excellent product performance, Uni-Powder Magic long-lasting powder (TMS) once again won the "2024 Personal Care Industry -Ringier Technology Innovation Award." After carrying off the prize of "2024 Trend Raw Material".
Uni-Powder Magic long-lasting powder (TMS) stands out from the comprehensive indicators of innovation, safety, efficacy/performance, cost-effectiveness, and so on to successfully win one of the industry’s most influential awards. The new technology can provide more effective and better-quality products to meet the constant demand of the market and consumers for the base makeup.
Products Introduction
Magic Long-Lasting Powder(TMS) is Uni-Powder's innovative solution to everyday base makeup issues such as makeup fading, caking, and difficulty with touch-ups. Inspired by the strong adhesive properties of "hook and loop" fasteners, this powder is designed with superior adherence in mind. It features excellent oil repellency, vivid color payoff, ultra-fine texture, and strong adherence, ensuring flawless and long-lasting base makeup that resists patchiness and stays put all day.
Difficulties with Touch-Ups?
Uni-Powder Magic Long-Lasting Powder(TMS) Helps You Maintain a Flawless Look with Ease
During the summer, base makeup often requires enhanced long-lasting, leading to the inclusion of numerous film-forming agents in most formulas. These agents create a thin film on the skin’s surface, improving the durability and evenness of the makeup. However, fresh powder struggles to penetrate the existing film when touched up, resulting in a patchy and uneven appearance. Moreover, excess film-forming agents can exacerbate dryness and make the makeup feel overly heavy.
Is There a Way to Improve These Issues While Optimizing Film-Forming Effects?
The Uni-powder R&D team has innovatively utilized film-forming agents as surface treatment agents, pioneering the Magic Long-Lasting Powder series. We achieve powder-film crosslinking for long-lasting makeup adherence by employing patented bidirectional adsorption technology. Current research indicates that adding 10% by mass of film-forming agents to alkyl silicone-treated pigments achieves the same sebum resistance as Magic Long-Lasting Powder treated pigments. This means that using the Magic Long-Lasting Powder series-treated pigments can effectively reduce costs while maintaining high quality, achieving the goal of "cost reduction without compromising quality."
Sweat and Sebum Resistance Test
Magic Long-Lasting Powder-treated pigments (TMS) demonstrate superior sweat and sebum resistance compared to alkyl silicone-treated pigments (AS).
Recommended formula Ⅰ：TMS Long-lasting Foundation
☆ The unique powder creates a feather-light texture that naturally blends into the skin, achieving a seamless second-skin effect while allowing your skin to breathe freely.
☆ The Magic Long-Lasting Powder dual-suction technology effectively extends the long lasting of your makeup. Its robust film-forming network makes touch-ups easier and more efficient.
Recommended formula Ⅱ：TMS Tone-up Cream(Skin tone)
☆ Naturally hydrating for a radiant bare-faced glow.
☆ Water and sweat-resistant, providing long-lasting protection.
☆ Quick application, perfect for commuting, adding convenience and confidence to your busy life.
This is not the first time Uni-Powder has won the Ringier Technology Innovation Award. For many years, Uni-Powder has been dedicated to developing raw materials for high-quality cosmetic powder, supporting the industry's differentiated and high-quality growth. Winning this award again is a testament to the superior performance of our Magic Long-Lasting Powder (TMS) and a recognition of our long-standing commitment to innovation as our development philosophy.
In the future, Uni-Powder will continue to empower industry clients with more advanced technologies, high-quality products, and comprehensive solutions to enhance quality and efficiency.
Contact us to discover more information.
Post time: Jul-23-2024