When processing lightweight materials such as flexible plastic packaging or single sheets of paper, controlling the trajectory of those types of materials inside the eject hood is challenging.
Building on years of experience from previous designs, the newly patented PrecisionFlow™ eject hood uses a curved design that eliminates back pressure and smoothly guides the materials by using air flows along the outline of the wall. This is especially important in optical sorters that operate at higher than conventional speeds, such as the MSS FiberMax™ which processes material at 1,000 feet per minute (5m/sec).
Felix Hottenstein, MSS Sales Director, says, “Because of the optimized shape of the hood we have much better control of the trajectories inside the PrecisionFlow™ eject hood. This provides our customers with better separation efficiency, increasing the removal of flexible plastic packaging from contaminated paper streams. It also enhances positive sorting of fiber such as sorted office paper.”
According to independent third-party testing, the PrecisionFlow™ eject hood played an indispensable role in the 97% recovery of flexible plastic packaging from contaminated paper streams. To date, MSS Inc. has installed the PrecisionFlow™ eject hood on over 60 CIRRUS® FiberMax™ and PlasticMax™ optical sorters.
CP Group specializes in Material Recovery Facility design, manufacturing, installation and service. CP Group—comprised of CP Manufacturing, Krause Manufacturing, MSS, Inc., and Advanced MRF—provides award-winning recycling system design, manufacturing, retrofits, audits, service and consulting. CP Group provides turn-key solutions for mixed waste, ...