The 14 ml container is made of 65Mn steel with an air-tight design, which is used for the planetary centrifugal vacuum mixer MSK-PCV-300-LD and MSK-PCV-310AR to produce nanoscale powder for air-sensitive materials via ultra-high gravity acceleration.SPECIFICATIONS Mixing & Milling Planetary Centrifugal Vacuum Mixing provides the highest gravity acceleration. The centrifugal force of rotation and revolution induces convection, homogenizing the materials With the vacuum pressure, submicron air bubbles can be efficiently eliminated from the materials Adding YSZ or SS milling balls to the alloy container, the nanoscale powder can be produced in a short time Container 14 ml container made of 65Mn steel. Air-tight design allows sample to be loaded and taken out in a glovebox without contacting air. Left hand screws prevent loosening during rotation. Attention: Sample material overload might damage the motor and/or cause spilling. Follow both the volume and weight limit when loading the sample. Container Max Sample Volume Assembly Weight (Empty) Max Sample Weight Max Gross Weight (Adapter Included) 14 mL 10 mL 270 g 30 g 300 g Clean and apply PTFE coating after use to prevent rusting. Adapter Aluminum adapter for the 14 ml air-tight container. Dimensions Click the Picture to see details (unit: mm) Application Notes Always use the mixer on a level & stable surface for best performance and maximum safety Do not use the mixer in a hazardous atmosphere, or with flammable, explosive, corrosive, poisonous material! Check the chemical resistance of the container with different materials before loading the sample! Do not overload the mixer! Stop the mixing operation immediately if abnormal sound/vibration is observed Use a digital balance to make sure the sample loading is balanced before mixing Double-check if the containers are mounted correctly and securely before mixing Do not open the cover lid until the rotation has completely stopped! Do not retrieve the containers and/or put hands close to the mixing fixture while the rotation has not completely stopped! Only use the included containers for the mixing operation! Double-check to make sure there is no foreign object in the mixer before mixing
