Founded in 2013 and based in the prestigious high-tech zone of Xi'an, Xi'an Aoge Biotech Co., Ltd., along with its subsidiaries, has grown as a pioneering force in the cosmetics raw materials industry worldwide. Their portfolio includes Sodium Cocoyl Isethionate (SCI), a mild surfactant prized globally for its skin-friendly properties.
In the Netherlands, Sodium Cocoyl Isethionate is gaining increasing attention as a sustainable, high-performance ingredient in personal care products. The Dutch cosmetics and personal care sector is known for its strong emphasis on natural, eco-conscious formulations, aligning perfectly with SCI's reputation for biodegradability and low irritation potential.
The local demand for Sodium Cocoyl Isethionate exporters stems from the Netherlands' role as a European gateway for cosmetic ingredients and its robust manufacturing industry specializing in organic and natural skincare products. Dutch companies appreciate SCI for enabling luxurious, sulfate-free surfactant blends that deliver rich foam and gentle cleansing.
As the Netherlands strengthens its commitment to environmental regulations and green chemistry, the shift towards biodegradable surfactants like Sodium Cocoyl Isethionate is accelerating. Market analysts predict steady growth driven by consumer demand for clean beauty and vegan-certified formulations. Particularly in Amsterdam and Rotterdam's industrial clusters, several ingredient distributers and formulating companies actively import and trade SCI to support the booming organic cosmetics segment.
From artisan soap makers in Utrecht to multinational personal care manufacturers in Eindhoven, SCI finds versatile applications due to its gentle nature and excellent skin compatibility. It’s widely used in facial cleansers, baby products, shampoo bars, and liquid soaps that require mild yet effective cleansing performance without environmental compromise.
Our in-house laboratory is equipped with cutting-edge instruments for rigorous quality control. We utilize UPLC and HPLC for analyzing active components, GC and GC-MS for detecting solvent residues, ICP-MS for identifying heavy metals, and GC/LC-MS-MS for assessing pesticide residues. Additionally, we employ HPTLC and IR for identification purposes, ELISA for determining ORAC values, PSL for evaluating irradiation residues, and conduct comprehensive microbiology tests. These measures guarantee that our raw materials adhere to stringent international standards.