PureTech Scientific Glycolic Acid

PureTech Scientific glycolic acid, previously manufactured by Chemours, is a versatile industrial liquid cleaner, esteemed for its wide-ranging applications. As an organic acid, it stands out due to its biodegradability and environmental friendliness, offering significantly lower toxicity than many alternative acids. 

Glycolic acid is characterized by its small molecular size, possessing both acid and alcohol functionalities. This dual-functionality not only enhances its cleaning efficacy but also broadens its application potential across various industries. Its unique properties make it ideal for a broad spectrum of cleaning applications including hard surfaces, industrial water systems, masonry surfaces, boiler systems, concrete cleaners and removers, water wells, and metal surfaces.

The toxic profile of inorganic acids presents a significant challenge in industrial cleaning; however, the use of ultra-high purity glycolic acid effectively addresses this issue. Glycolic acid offers a less corrosive alternative to mineral acids, thereby reducing the potential for equipment damage over time. Glycolic acid also improves chelation efficiency, enhancing the removal of deposits and preventing the buildup of unwanted residues. 

The pungent odor associated with acetic and other acids can be problematic, yet glycolic acid solutions offer a more pleasant and manageable scent, thus improving workplace conditions. 

The demand for NSF-certified acids is critical for many industries. Glycolic acid meets these stringent standards, ensuring its suitability in sensitive applications. Glycolic acid provides a lower volatility option compared to conventional VOC acids, thus limiting harmful emissions. Its chloride-free composition is particularly advantageous, as it minimizes the risk of corrosion, further extending the lifespan of industrial equipment. 

Additionally, the improved handling and storage characteristics of glycolic acid simplify operational logistics, presenting a valuable solution for industries grappling with the complexities of traditional mineral acids