Our fume hood is built with unplasticised poly vinylchloride (u-PVC ) internal sur faces (including the work surface) and a polycarbonate sash window. Acid digestion applications use very concentrated acids. Therefore u-PVC interior liner is utilized due to its superior chemical resistance. Polycarbonate sash is used, as glass is easily etched by hydrofluoric acid, a common acid used in such applications.
HF SERIES WORK BENCH
Laboratory demands compliance with rigorous codes and standards. Therefore, selecting the right material for laboratory worktops and furniture is of crucial importance because tests and experiments depend on noncontaminated environments.
Developed especially for laboratory environments, Taiwan Hipoint Fume Hood work benches remain aesthetically pleasing while offering a high standard of hygiene, strength and durability for diverse surroundings such as chemical, analytical and biological laboratories.
The Electron Beam Curing ensures that each panel surface is easy to clean and resistant to a large number of aggressive chemicals. Thanks to its unique closed surface composition, the products show significantly low dirt pick up, are impervious to mold and rot, and are resistant to non-abrasive organic cleaning solvents – thus making the product easy to clean and disinfect.
WORK BENCH CHEMICAL RESISTANCE
Used extensively in a wide variety of laboratories worldwide, including chemical, analytical, microbiological and educational laboratories, our Fume Hood work bench is resistant to a large number of aggressive chemicals as identified by SEFA (Scientific Equipment and Furniture Association) and PSI (Professional Services Industries), if cleaned within 24 hours.
The work bench has inherent antibacterial properties without the addition of microbial additives. An independent test by British Industrial Microbiological Services Ltd. (IMSL) shows an almost complete elimination of certain bacteria after 24 hours.
LONG LIFE TIME
The HF Series work bench is made in versatile materials featuring incredibly durable surfaces. Engineered for moisture and scratch resistance, the products retain their aesthetical appeal throughout their lifetime. This is why they are used in laboratories around the world.