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Dimethyl silicone oil technology upgrade: Low cyclic formula leads the revolution in personal care and beauty

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Dimethyl silicone oil technology upgrade: Low cyclic formula leads the revolution in personal care and beauty


1. Consumption trends are driving the iteration of raw materials, and the demand for purity has become the core orientation
With the deepening of the concepts of pure skin care, functional care and sustainable development, consumers' attention to the ingredients of beauty and personal care products has significantly increased. "Clean ingredients, high efficiency and safety, and environmental friendliness" have become the core criteria for selection. Against this backdrop, dimethyl silicone oil, a commonly used raw material in beauty products, has an increasingly urgent need for product upgrades. The industry has begun to focus on technological breakthroughs in low cyclic content and biocompatibility to meet the market's pursuit of "pure formulas".

2. The low-ring technology has achieved a breakthrough, with dual upgrades in skin feel and safety
Among the recently launched innovative dimethyl silicone oil products, the low cyclic content technology has become a core highlight, and the D4/D5/D6 content of some products has dropped below 0.1%. This type of low cyclic silicone oil not only meets strict safety standards, but also provides a smooth and delicate user experience for skin care, sun protection and makeup products. At the same time, it avoids the greasiness that traditional silicone oil may bring, achieving a dual improvement in safety and user experience.

3. Multi-scenario adaptation and expansion, comprehensive coverage of hair care and skin care
The upgraded dimethyl silicone oil products have formed a diversified application system. In the field of hair care, the compound formula of low cyclic silicone oil and amino silicone oil significantly enhances the dry and wet combing performance of products such as conditioners and hair masks, while also locking in moisture and adding luster to the hair strands. In the fields of skin care and makeup, organosilicon copolymers with special structures can be used as film-forming agents to help create long-lasting makeup looks while also providing moisturizing effects.

4. Integrate green concepts into research and development to promote sustainable development in the industry
The technological upgrade of dimethyl silicone oil also echoes the trend of sustainable development simultaneously. During the R&D process, the industry not only focuses on the safety and environmental protection of the products themselves, but also forms a green solution of "silicone oil + natural source ingredients" through the combination with bio-based raw materials. This innovative approach not only meets consumers' demands for the "natural" concept but also provides a new direction for the sustainable transformation of the beauty and personal care industry.

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