tags

Cosmetics and Daily Care Products
Efficacy Evaluation
Cosmetic Efficacy Testing: Why Claim Substantiation Matters in 2026

Cosmetic efficacy testing has become an essential step in developing compliant, evidence-based cosmetic products. Whether launching a new skincare product, validating sunscreen SPF claims, or supporting anti-ageing marketing claims, brands increasingly need scientific evidence to demonstrate that their products deliver the benefits promised on the label. Consumers today expect greater transparency from cosmetic brands, while regulators worldwide are placing increasing emphasis on ensuring that cosmetic claims are truthful, substantiated, and supported by appropriate evidence. As a result, cosmetic efficacy testing plays a critical role in product development, regulatory compliance, and successful market access.

China Cosmetic Testing Requirements: CMA, CNAS, and ISO 17025 Explained

Not all cosmetic test reports are created equal: some are rejected by regulators, and some aren’t internationally recognized. Choosing the wrong laboratory can delay your product launch or even block market entry entirely. This article explains the differences between CMA, CNAS, and ISO 17025 accreditation, why they matter for cosmetic testing in China, and how to select the right lab for regulatory compliance.

Collaborative Research by CIRS Testing and Amway: Evaluation Method for the Repair Efficacy of Hair Products against Chemical Damage Published in Core Journal

Recently, CIRS Testing and Amway (Shanghai) Technology Development Co., Ltd. (hereinafter referred to as "Amway") achieved a significant breakthrough in their collaborative research on the Evaluation Method for the Repair Efficacy of Hair Products against Chemical Damage. The related findings have been officially published in the domestic core journal China Surfactant Detergent & Cosmetics. This research provides a novel scientific tool for evaluating the repair efficacy of hair products targeting chemical damage, based on three dimensions: microscopic imaging, physical properties, and chemical composition.