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With the development of sunscreen products in the direction of high protection, refreshing skin feeling, stability and transparency, the compatibility between sunscreen agents and between sunscreen agents and oil system has become a key link in formula development. Especially in high SPF formula, sunscreen spray, sunscreen oil and light emulsion system, the solubility of sunscreen directly affects the stability, skin feel, crystallization risk and final sunscreen performance of products.

The solubility of raw materials not only affects the stability of the system, but also directly affects the skin feel, light transmittance and protective effect of the final product in the development of modern sunscreen products. As a key sunscreen product created by Suzhou Sunland Pharmatech Co., Ltd., ShieldBiso™ DPDT(INCI name: Disodium Phenyl Dibenzimidazole Tetrasulfonate) is gradually becoming a key choice in water-phase sunscreen system with its excellent ultraviolet absorption capacity, safety and formula adaptability.

With the global cosmetic industry upgrading to efficacy, composition and science, core raw materials have become one of the key factors to determine the competitiveness of products.

Suzhou Sunland Pharmatech Co., Ltd. focuses on the field of cosmetic active raw materials, and is committed to providing safe, stable and scientifically based high-quality raw material solutions for global customers.

SuZhou Sunland Pharmatech Co., Ltd. will participate in in-cosmetics Global 2026, taking place from April 14 to April 16, 2026, in Paris，France.As an important international exchange platform in the industry, in-cosmetics Global brings together raw material suppliers, brands and R&D institutions from all over the world every year. It is an important stage to showcase innovative raw materials and technological achievements.

◊With the continuous upgrading of efficacy skin care today, safe, efficient and stable active raw materials have become the key to product development. ActiBiso^TM GA 99 (INCI: Glycolic Acid) introduced by Suzhou Sunland Pharmatech Co., Ltd. provides excellent acid solution for cosmetics and functional skin care products with high purity and stable quality, and helps to create more competitive formula products.

›With the development of functional skin care products and biotechnology skin care concepts, delaying aging at the cellular level is becoming an important trend in the industry. Among many frontier components, Nicotinamide Adenine Dinucleotide has gradually become a star active molecule of global concern because of its key role in cell energy metabolism and anti-aging research.

Under the background of accelerating pace of modern life and increasing environmental pressure, skin is facing multiple challenges such as circadian rhythm disorder, increased oxidative stress and decreased repair ability. Actibiso^TM Melatonin (INCI name: melatonin), a functional active substance created by Suzhou Sunland Pharmatech Co., Ltd., is providing a brand-new skin rhythm control solution for cosmetic formulators.

From 18^TH - 20^TH March , 2026, PCHI (Personal Care and Homecare Ingredients) International Cosmetic Raw Materials Exhibition, which has attracted much attention in the personal care industry, will be held in Hangzhou,China. At that time, Suzhou Sunland Pharmatech Co., Ltd. (An Bisor company) will make a wonderful appearance with a variety of core products and innovative solutions, with booth number 2L59. We sincerely invite industry partners to visit and exchange and discuss the innovation and application of personal care raw materials together.

With the increasing awareness of consumers about ultraviolet damage and photoaging, sunscreen products are gradually changing from traditional seasonal products to an important part of year-round skin care. At the same time, the brand's requirements for sunscreen products have also increased from a single SPF value, and gradually turned to multiple dimensions such as broad-spectrum protection, multi-functional skin care, light skin feeling and sustainable development.