Redefining Performance and Sustainability with Biodegradable Polymers

SurfaTech’s Naturally Derived Biodegradable Polymers

At Deveraux Specialties, we pride ourselves on offering innovative and sustainable solutions to meet the evolving needs of the beauty and personal care industry. SurfaTech’s Naturally Derived Biodegradable Polymers are a testament to this commitment, providing eco-friendly alternatives that do not compromise on performance. These polymers, under the CosmoSurf® and SurfaCare® lines, offer multifunctional benefits across a wide range of applications, from sun care and color cosmetics to hair care and skincare.

CosmoSurf®: Leading the Way in Naturally Derived Functional Polymers

The CosmoSurf® line is designed to offer primary film-forming and dispersing properties essential in sun care, color cosmetics, and hair care formulations. With water-resistant capabilities and multifunctional performance, CosmoSurf® polymers serve as ideal alternatives to synthetic ingredients, allowing brands to meet consumer demands for natural and biodegradable options.

These polymers are primary dispersants and film formers, making them indispensable in sun care and color cosmetics. With suggested usage levels ranging from 3.00% to 10.00% depending on the application, they provide superior water resistance and dispersing attributes in both chemical and mineral SPF formulations. The CosmoSurf® DDG-28 offers a slightly richer sensory profile, enhancing the user experience.

As a film former and feel modifier, CosmoSurf® CE-140 is ideal for enhancing the sensory profile of sun care and hair care formulations. This polymer is particularly effective in maximizing water resistance and compatibility with a wide range of ingredients, making it a versatile choice for both emulsion-based and anhydrous formulations.

Perfect for skincare and sun care formulations, CosmoSurf® PG1-IS offers exceptional film-forming properties without compromising on spreadability. Its polyglyceryl-3 base ensures enhanced hydration, making it ideal for creams, lotions, and serums.

Specifically designed for hair care formulations, CosmoSurf® CE-250 provides conditioning properties comparable to traditional polyquaternium agents. It delivers excellent wet and dry combing performance, making it suitable for use in conditioners, 2-in-1 shampoos, and styling creams.

SurfaCare®: Advanced Solutions for Oil Thickening and Stability

The SurfaCare® line focuses on oil thickening and emulsion stability, ensuring that formulations maintain their desired sensory profile while enhancing overall performance. These polymers offer an eco-friendly alternative to traditional petroleum and silicone-based ingredients, providing high gloss and film-forming benefits.

As an oil thickener and emulsion stabilizer, SurfaCare® S is ideal for a wide range of formulations, from skincare to color cosmetics. Its ability to maintain stability under varying conditions makes it a reliable choice for both O/W and W/O emulsions, as well as anhydrous formulations.

Designed for high-temperature anhydrous stick formulations, SurfaCare® TRP provides stability and uniformity under mild mixing conditions. It is particularly effective in liquid lip gloss formulations, offering a usage range of 0.50% to 8.00% depending on the application.

Formulation Versatility and Eco-Friendly Credentials

The SurfaTech Naturally Derived Biodegradable Polymers not only provide the functional benefits needed in modern personal care formulations but also align with the industry’s push towards sustainability. Whether you’re formulating sun care products with superior water resistance, creating color cosmetics with enhanced pigment dispersion, or developing hair care products with excellent conditioning properties, SurfaTech’s polymers offer the versatility and eco-friendly credentials to meet your needs.

At Deveraux Specialties, we are excited to bring these cutting-edge ingredients to the forefront of the beauty industry, helping brands innovate while staying true to their sustainability goals.

SurfaTech® Naturally Derived Polymers
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