5L Electric Vacuum Mixer with Single Axis Helical Blade and Water Cold Tank

5L Electric Vacuum Mixer with Single Axis Helical Blade and Water Cold Tank - MSK-SFM-6E 1. MSK-SFM-6E is designed for making large batches (5 liters) of chemical compounds via blending and mixing in a single container under vacuum driven only by electricity. It is programmable in speed, time, and rotational direction, and has a stainless steel mixing tank implemented with water cooling to maintain an efficient mixing process.   2. This instrument is excellent for preparing LiCoO3, LiFePO4, Phosphor and various ceramic slurries where gas bubbles must be kept at minimum. The reduction of gas bubbles will result in better dispersion and uniformity of the processed materials.

Battery Lab Vacuum Mixer with Vibration Stage & Two Al Containers (150 & 500ml) - MSK-SFM-7

Compact Vacuum Mixer with Vibration Stage & Two Containers (150 & 500ml) - MSK-SFM-7 MSK-SFM-7 is designed to produce coating slurry by mixing the small batch of chemical and compound (500 ml Max., up to 30000mPa.s) under vacuum to remove gas bubble and protect the sample from oxidation. It has a built-in pump which can vacuum the mixing container to -0.08Mpa and the step- less mixing speed @ 320rpm. The vibration plate is located at the bottom to remove gas bubble before vacuum mixing and disperse the slurry after mixing. It is excellent for preparing battery electrode paste and various ceramic materials in a material research lab.

5L Electric Vacuum Mixer with Single Axis Helical Blade and Water Cold Tank

5L Electric Vacuum Mixer with Single Axis Helical Blade and Water Cold Tank - MSK-SFM-6E 1. MSK-SFM-6E is designed for making large batches (5 liters) of chemical compounds via blending and mixing in a single container under vacuum driven only by electricity. It is programmable in speed, time, and rotational direction, and has a stainless steel mixing tank implemented with water cooling to maintain an efficient mixing process.   2. This instrument is excellent for preparing LiCoO3, LiFePO4, Phosphor and various ceramic slurries where gas bubbles must be kept at minimum. The reduction of gas bubbles will result in better dispersion and uniformity of the processed materials.