New European Cosmetic Ingredient Limits Force Buyers to Reformulate Portfolios
European Regulation 2026/909 bans triphenyl phosphate and restricts aluminum, requiring formula updates by January 2027.
Material Testing
Physical Evaluation
Quality control procedures in manufacturing assess the mechanical, thermal and chemical properties of raw substances to ensure they meet engineering specifications. Conducting material testing prevents product failures by identifying defects or structural weaknesses before components are integrated into finished goods. This evaluation applies to metals, polymers and composite materials destined for critical industrial applications.
Output data from these assessments determines whether a batch is accepted or rejected.
Standardized Method
Global standardization bodies define the exact protocols for loading, environmental exposure and sample preparation used during these assessments. When executing material testing, laboratory technicians follow guidelines from organizations like ASTM International or ISO to maintain consistency across different batches. These procedures use calibrated instruments to measure tensile strength, impact resistance and hardness under controlled temperature and humidity conditions.
Specialized software records the stress-strain curve to calculate the yield point, ultimate strength and elongation properties of the sample, which guarantees that the raw feedstocks will withstand operational stresses during their service life.
Production Integration
Integrating these quality assessments into the assembly line helps maintain consistent output and reduces scrap rates. Non-destructive material testing techniques like ultrasonic scans allow for the inspection of finished parts without altering their structure. This approach balances thoroughness with cost efficiency.