Innovative PPE Device from Natural Rubber Developed by Asst. Prof. Dr. Prachit Saramolee, Head of Petrochemical and Polymer Engineering Program
Asst. Prof. Dr. Prachit Saramolee, Head of the Petrochemical and Polymer Engineering Program, has developed an innovative personal protective equipment (PPE) device with a unique cup-like design resembling a drinking glass. The product is primarily made from natural rubber, offering high flexibility and excellent grip. Its frictional properties allow users to turn door knobs or handles with ease and precision.
This PPE device is highly durable, with strong resistance to abrasion, tensile force, and tearing. It also demonstrates excellent resistance to water and 70% ethyl alcohol, making it suitable for high hygiene environments. The product can be easily cleaned and disinfected with alcohol without compromising the material’s integrity.
This innovation reflects the research and development capabilities of the Petrochemical and Polymer Engineering Program, showcasing practical solutions for everyday use while promoting the sustainable use of local natural resources.