Ultra-small viscosity sensor 501 viscosity sensor

SPC501 is widely used for oil analysis applications such as compressors, engines, and hydraulic systems. It is ideal for installation locations where shape and small sample volume are important. The measurement technology is based on a simple and reliable electromagnetic concept. Two coils magnetically move the piston back and forth with a constant force. The built-in analysis circuit analyzes the piston’s movement time to measure absolute viscosity. The built-in resistance temperature detector (RTD) detects the actual temperature within the liquid chamber. The constant movement of the piston ensures that the liquid in the chamber is continuously replaced, mechanically cleaning it to achieve viscosity tracking.

Challenges faced by medical device and optical lens manufacturers. Is it not the management of coatings? ★ The global eyewear industry, including protective safety glasses, launched in 2020 at a staggering price of \$150 billion, and the COVID-19 pandemic significantly accelerated demand. Hospitals and medical facilities are ordering safer glasses and face shields. ★ In addition to face masks needed worldwide, or as a substitute, face shields are being worn in schools and retail. ★ Recently, Cambridge Viscosity published a case study regarding Honeywell's Industrial Safety Group in Smithfield, Rhode Island. ★ This group has significantly improved its manufacturing capacity for safety goggles in response to the demand for PPE (personal protective equipment) from laboratories and hospitals. ★ The demand for eyewear is further increasing, supported by the suggestion that glasses help prevent people from touching their faces, and corrective lenses or sunglasses may further enhance protection from airborne droplets. For more details, please contact us or download the catalog.