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Single Container (300ml) Planetary Centrifugal Ball Mill & Mixer - MSK-PCV-310AR

Single Container (300ml) Planetary Centrifugal Ball Mill & Mixer - MSK-PCV-310AR

SKU: msk-pcv-310ar

Price: RFQ

Specifications

MSK-PCV-310AR is a compact single-container centrifugal milling/mixer machine designed for mixing and ball milling slurries, pastes, and dry powder materials, especially for some high-viscosity materials. The standard package includes one steel milling jar and two 300L of containers. As an ultra-high-energy ball milling, the device can reach 223 G Max. impact force and get nanoparticles < 10 nm within several minutes. Features Compared with other brands of the planetary centrifugal mixer, MSK-PCV-310AR has the following unique features: Single containers for larger quantities at a compact dimension The special container used as a ball milling Low voltage DC motor which allows use in Ar gas glovebox The gas inlet port is built-in for running under an inert gas atmosphere Centrifugal acceleration: 223 g Max. Sample Materials: Nanopowders, Ceramic powders, Slurry, Paste, Mechanical alloying with special alloy jars Power Input: 110 or 220 VAC Single Phase, 50/60 Hz Universal switch power adaptor with 24 VDC output 1000W is included Power: 450 W Mixing Speed & Force Planetary Centrifugal Mixing with 223 G impact force with a single container Fixed speed ratio (0.4X between main plate revolution and container rotating) Main Rotation Platen (revolution motion): 200 rpm - 2,000 rpm (adjustable) Container Spin (rotation motion): 80 rpm - 800 rpm (fixed at 0.4X of the revolution speed) The centrifugal force of rotation and revolution induces convection to mix high viscosity material up to 80,000 Pa S. The compact mixer can be put in a standard glovebox with Ar gas Please click underline to learn Centrifugal Force calculation. Containers and Counter-Weights Three containers are included: One 80ml container made of Cr12MoV Steel for ball milling ( Zirconia ball included ) ( Pic. 1 and 2) Two 300 mL containers with gas vents, made of high-density Polyethylene (Pic 3 and Pic. 4) Total weight limit (containers + samples): 150 g ( dry mixing ) -300g. ( wet mixing ) Note: dry mixing has more friction than wet mixing due to more friction Pic. 1 Pic. 2 Pic.3 Pic. 4 Optional containers 100 mL containers with adapter and gas vent, made of high-density Polyethylene (Pic. 5) 30 mL containers with adapter and gas vent, made of high-density Polyethylene (Pic. 6) An adaptor for three 30ml jars for high-throughput mixing (Pic. 7) Air-tight container for milling air-sensitive materials (Pic. 8) Please click here to order the optional adapters and jars. Pic. 5 Pic. 6 Pic. 7 Pic. 8 Max. Mixing Volume and Weight Container Max Sample Volume Max Sample Weight Max Gross Weight (Container Included) 300 mL 150 mL 140 g 300 g 100 mL 50 mL 45 g 80 g (adapter not included) 30 mL 15 mL 12 g 20 g (adapter not included) Warning: overload may damage the device. Please follow both the volume and weight limit as above when loading the sample Control Panel & Program Touch screen control panel. Save up to 6 mixing recipes in memory, as shown in Fig.1 for speed, running time, and rest time The maximum running time for each segment is 200 sec. The maximum total running time is 600 sec (Fig. 2) Interval and cooling time set up between cycles in Fig 3. Fig.1 Fig.2 Fig.3 Gas Cooling Cooling gas flow is required to prevent bearings and sample stages from overheating. Gas inlet: 6 mm push-to-connect The optional equipment can be used as a source of cooling gas. If the mixer is placed in the ambient environment, Air compressor or N2 gas tank is a common practice to supply 3-5 psig gas If the mixer is placed in the glove box, Ar/N2 gas tank feeds the mixer via gas feedthrough. Place a compact gas pump (24VDC) in the glove box directly to supply pressurized gas without changing the glovebox environment. Safety and Protection Safety warnings and interlocks are integrated. The unit automatically stops when The unit is overloaded with the sample The emergency button is pressed. The top cover is opened Compliance CE certified NRTL or CSA certification is available upon request at the extra cost. 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! 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 Only use the included containers for the mixing operation! Double-check to make sure there is no foreign object in the mixer before mixing

Features

  • Compared with other brands of the planetary centrifugal mixer, MSK-PCV-310AR has the following unique features:
    • Single containers for larger quantities at a compact dimension
    • The special container used as a ball milling
    • Low voltage DC motor which allows use in Ar gas glovebox
    • The gas inlet port is built-in for running under an inert gas atmosphere
    • Centrifugal acceleration: 223 g Max.
  • Sample Materials:
    • Nanopowders, Ceramic powders, Slurry, Paste, Mechanical alloying with special alloy jars
Power
  • Input: 110 or 220 VAC Single Phase, 50/60 Hz 
  • Universal switch power adaptor with 24 VDC output 1000W is included
  • Power: 450 W
Mixing
Speed & Force



  • Planetary Centrifugal Mixing with 223 G impact force with a single container
  • Fixed speed ratio (0.4X between main plate revolution and container rotating)
    • Main Rotation Platen (revolution motion): 200 rpm - 2,000 rpm (adjustable)
    • Container Spin (rotation motion): 80 rpm - 800 rpm (fixed at 0.4X of the revolution speed)
  • The centrifugal force of rotation and revolution induces convection to mix high viscosity material up to 80,000 Pa S.
  • The compact mixer can be put in a standard glovebox with Ar gas
                    
Containers and Counter-Weights
  • Three containers are included:
    • One 80ml container made of Cr12MoV Steel for ball milling ( Zirconia ball included ) ( Pic. 1 and 2)
    • Two 300 mL containers with gas vents, made of high-density Polyethylene (Pic 3 and Pic. 4)
  • Total weight limit (containers + samples): 150 g ( dry mixing ) -300g. ( wet mixing )
  • Note: dry mixing has more friction than wet mixing due to more friction

Pic. 1  Pic. 2 Pic.3 Pic. 4

 

Optional containers
    • 100 mL containers with adapter and gas vent, made of high-density Polyethylene (Pic. 5)
    • 30 mL containers with adapter and gas vent, made of high-density Polyethylene (Pic. 6)
    • An adaptor for three 30ml jars for high-throughput mixing (Pic. 7)
    • Air-tight container for milling air-sensitive materials (Pic. 8)
    • Please click here to order the optional adapters and jars.

 

Pic. 5  Pic. 6 Pic. 7 Pic. 8

 

Max. Mixing Volume and Weight
Container Max Sample Volume Max Sample Weight Max Gross Weight (Container Included)
300 mL 150 mL 140 g 300 g
100 mL 50 mL 45 g 80 g (adapter not included)
 30 mL 15 mL 12 g 20 g (adapter not included)


  • Warning: overload may damage the device. Please follow both the volume and weight limit as above when loading the sample
Control Panel 
 & Program
  • Touch screen control panel.
  • Save up to 6 mixing recipes in memory, as shown in Fig.1 for speed, running time, and rest time
  • The maximum running time for each segment is 200 sec. The maximum total running time is 600 sec (Fig. 2)
  • Interval and cooling time set up between cycles in Fig 3.

 

Fig.1 Fig.2 Fig.3 

 

Gas Cooling
  • Cooling gas flow is required to prevent bearings and sample stages from overheating. 
  • Gas inlet: 6 mm push-to-connect
  • The optional equipment can be used as a source of cooling gas. 
    • If the mixer is placed in the ambient environment,
      • Air compressor or N2 gas tank is a common practice to supply 3-5 psig gas 
    • If the mixer is placed in the glove box,
      • Ar/N2 gas tank feeds the mixer via gas feedthrough. 
      • Place a compact gas pump (24VDC) in the glove box directly to supply pressurized gas without changing the glovebox environment. 

 

     

 

Safety and Protection
  • Safety warnings and interlocks are integrated. The unit automatically stops when
    • The unit is overloaded with the sample
    • The emergency button is pressed. 
    • The top cover is opened
 Compliance
  • CE certified
  • NRTL or CSA certification is available upon request at the extra cost.
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! 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
  • Only use the included containers for the mixing operation! Double-check to make sure there is no foreign object in the mixer before mixing
,
Container Max Sample Volume Max Sample Weight Max Gross Weight (Container Included)
300 mL 150 mL 140 g 300 g
100 mL 50 mL 45 g 80 g (adapter not included)
 30 mL 15 mL 12 g 20 g (adapter not included)

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