Phthalate Analysis Using GC-MSD
- 10 August, 2023
Phthalates, derived from Phthalic acid, are widely employed as plasticizers in children’s toys and electronics, but their pervasive release into the environment poses lasting health risks. This led to their classification as irreversible pollutants, prompting their inclusion in the Restriction of Hazardous Substances (RoHS) compliance.
Phthalate Analysis Using GC-MSD
- 10 August, 2023
Phthalates, derived from Phthalic acid, are widely employed as plasticizers in children’s toys and electronics, but their pervasive release into the environment poses lasting health risks. This led to their classification as irreversible pollutants, prompting their inclusion in the Restriction of Hazardous Substances (RoHS) compliance.
Phthalate Analysis Using GC-MSD
- 10 August, 2023
Phthalates, derived from Phthalic acid, are widely employed as plasticizers in children’s toys and electronics, but their pervasive release into the environment poses lasting health risks. This led to their classification as irreversible pollutants, prompting their inclusion in the Restriction of Hazardous Substances (RoHS) compliance.
Phthalate Analysis Using GC-MSD
- 10 August, 2023
Phthalates, derived from Phthalic acid, are widely employed as plasticizers in children’s toys and electronics, but their pervasive release into the environment poses lasting health risks. This led to their classification as irreversible pollutants, prompting their inclusion in the Restriction of Hazardous Substances (RoHS) compliance.