Aerosols processes - Import export

In various chemical or physical and technical processes particles of the order of 1 μm up to a few mm in size appear, whose size distribution is decisive or important for the process. There are many technical examples like in food production, pharmacy, process engineering, fuel burning in turbines, motors etc., slurry burning, and cosmetics. The laser diffraction particle sizer is capable to measure a particle size distribution from a collective of particles like a spray and to appropriately process, describe, and present it. The particle material may be solid or liquid in a gas or gas like air bubbles in a liquid. For the measurement it is only important, that the optical properties of the continuous and the dispersed phase are different. The laser diffraction particle sizer offers the advantage of a fast and non invasive measurement in a wide range of particle sizes. Especially in case of sprays or suspensions this method has become a standard measurement tool.

Greater protection from aerosols and aspirated liquids Our new FORTRESS™ Pipette Tip Filters offer a liquid-sealing barrier devoid of any contaminates or additives that can cause PCR, molecular, or analytical methodology and protocol issues. Specifically designed to protect the sample and the pipetter from harmful aerosols generated during the pipetting process or from liquid aspirated into pipette tips, our filters: Ensure purity –Non-leachable and extractable sample recovery is backed by the Certified Pure Porex™ program of independent analytical, clinical, and life science testing. Protect sample integrity–Seals out aerosols and liquid contaminates while preventing cross-contamination and sample carryover. Improve accuracy and precision–Design is optimized for maximum consistency in air flow, form, fit, and function across a broad spectrum of pipetting volumes.

The Working Principle 1st Unit – Rotating Empty Container Feeder : The Unit automatically feeds the aerosol cans onto a conveyor, and the speed can be adjustable. 2nd Unit – Rotating Deodorant Filling – Crimping – Gassing Unit The Unit automatically fills the aerosol product into the cans, crimps their valves, and pumps gas into cans. Empty containers enter the rotating star system one by one to be filled automatically. After the filling process, the operator puts the valves manually on the already filled containers; then, the valves are crimped onto the containers. After the crimping process, the gassing starts. On the 1st gassing station, the container fills half of the container, and the remaining on the 2nd Unit. The reason for the two stations is to make the system faster. After the gassing process, the aerosol cans move on the conveyor until the end of the line to be picked up for boxing.