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30L Planetary Vacuum Mixer

30L Planetary Vacuum Mixer for Preparing High-Viscosity Battery Slurry

  • Model Number:

    TMAX-XFZH30
  • Input Power:

    8KW
  • Dimension(L*W*H):

    1650mm L*W 760mm * 1899mm H
  • Compliance:

    CE Certified
  • Warranty:

    One years limited warranty with lifetime technical support
  • Payment:

    L/C D/A D/P T/T Western Union
  • Delivery Time:

    60 days
Product Details

30L Planetary Vacuum Mixer for Preparing High-Viscosity Battery Slurry


I. Equipment Features

Application Scope

Suitable for mixing and dispersing powder and liquid materials used in various common batteries, producing evenly blended battery slurry. It is particularly well-suited for high-viscosity processing.

Applicable viscosity range: ≤1,200,000 cP

 

II. Main Equipment Parameters

Lower Barrel Component

Design Volume: 45L

Effective Volume: 15–30L

Inner Diameter: 400mm

Inner Depth: 360mm

Material: 304 stainless steel for all contact parts

Jacket Type: Single-layer jacket on barrel wall and bottom, for cooling or heating

Jacket Interface: G1/2", with quick-release couplings, pressure ≤0.4 MPa

Jacket Circulation: Supplied by customer; recommended inlet temperature ≤8°C, flow >15L/min

Discharge Method: G1" three-piece ball valve at barrel bottom

Design Ambient Temperature: -10 to +120°C

Mobility: Mounted on casters

 

Stirring Component

Working Frequency: 5–50 Hz

Stirring Power: 4000 W

Paddle Speed: 6–64 rpm

Planetary Speed: 4–42 rpm

Paddle Diameter: 218mm

Paddle Type: Spiral twist type, precision cast and machined to ensure 90° helical angle

Paddle Material: 304 stainless steel

Linear Speed: 0.08–0.84 m/s

Number of Paddles: 2

Paddle Clearance (Between Paddles): 7±2mm

Paddle Clearance (To Wall): 4±1mm

Paddle Clearance (To Bottom): 3±1mm

 

Dispersing Component

Working Frequency: 5–50 Hz

Dispersing Power: 5.5 kW

Dispersing Speed: 402–4020 rpm

Disc Diameter: 110mm

Disc Type: Serrated

Disc Material: 304 stainless steel

Linear Speed: 2.3–23 m/s

Number of Discs: 2

Number of Shafts: 1

 

Scraper Component

Scraper Frame Material: 304 stainless steel

Scraper Blade Material: PTFE (Teflon)

Scraping Speed: Matches planetary speed

Removable Design: Yes (scraper must be removed for high-viscosity processing)

 

Base and Lifting Assembly

Material: High-rigidity structural carbon steel

Lifting Method: Electric

Guiding Method: High-precision linear guide rail

Lifting Stroke: ≤50 cm

 

Upper Barrel Component

Material: 304 stainless steel

Powder Feeding Port: DN75 with sight glass, quick-clamp – 1 unit

Liquid Feeding Port: Shared with powder port

Spotlight Port: DN75 tempered glass sight glass – 1 unit

Vacuum Port: G3/4" female thread – 1 unit

Exhaust Port: G1/2" female thread – 1 unit

Vacuum Gauge Port: M14×1.5 female metric thread – 1 unit

 

Control System

Electrical Cabinet: For inverter and other low-voltage devices

Manual Control Panel: For buttons, knobs, meters

Power Supply: AC 3×380V±5%, 50Hz

Control Method: Electric + hydraulic control

Drive & Speed Control: Inverter-based

Cooling Method: Air and liquid cooling

Operation: Button + knob control on cabinet panel

Digital Temp Display: Material temperature

Emergency Stop: 1 unit

Alarm System: Over-temperature alarm, auto shutdown, alarm mute

Speed Display: Meter display on panel

Power Indicator: 1 unit

Timer: 1 unit, controls stirring and dispersion

Note: When HMI system is selected, control functions are integrated into the touchscreen

 

Safety Interlock System

Emergency Stop: Pressing the button stops all functions immediately

Low-Speed Stirring Start: Barrel can be lifted while stirring

High-Speed Dispersion: Only allowed when barrel is fully lifted

Operation Lock: Barrel cannot be lowered or opened during mixing

Vacuum Backflow Prevention: Special buffer tank prevents pump oil backflow

Fault Stop: Inverter has built-in protection against overload, overcurrent, overvoltage, leakage, and phase failure

Barrel Lifting: Only possible after barrel is in place

Vacuum Not Released: Barrel cannot descend until vacuum is released

Dispersion Interlock: Only starts after barrel is fully lifted

Locking Mechanism: Safety system prevents abnormal descent of barrel during operation

Dry Mixing Mode: Paddle rotates during barrel lifting

 

Other Notes

Temperature Sensor: Pt100

Measurement Method: Sensor mounted on barrel wall

Bearings: High-speed – imported; low-speed – domestic

Oil Seals: O-rings for static sealing, mechanical seals for dynamic sealing (domestic)

Lubricating Grease: Domestic brand

Seal Oil: Imported

Hydraulic Cylinder & Station: Domestic brand

Valves: Domestic brand

Vacuum Requirement: Customer to provide, evacuation rate 4L/S (2X-4)

Vacuum Holding: -0.098 MPa; pressure > -0.085 MPa after 24 hours without leakage

Total Power: >9.5 kW

Weight: Approx. 1400 kg

Machine Dimensions: L1770mm × W1015mm × H1698mm

Color: Off-white

Floor Load Requirement: 1000 kg/m²

 

III. List of Spare & Wear Parts

No.

Name

Specification

Material

Qty

Remarks

1

Upper Lid Sealing Ring

ΦD×ΦN

Silicone

1

Matching model, as per supplier standard

2

Sight Glass Seal Ring

Silicone

2

Matching model, as per supplier standard

3

Feeding Port Gasket

Silicone

1

Matching model, as per supplier standard

4

High-Speed Mech. Seal

C+SiC

1

Matching model, as per supplier standard

5

High-Speed Timing Belt

Rubber

1 set

Matching model, as per supplier standard

6

Scraper Plate

Teflon

1

Matching model, as per supplier standard

7

Sight Glass Lens

Tempered Glass

2

Matching model, as per supplier standard

 

IV. Supporting Conditions

No.

Item

Standard Requirements

8

Workshop Height

>3M; sufficient space for lifting and maintenance; floor must be clean and level

9

Door Size

Height >2.5M; Width >1.5M; ensure equipment can pass through

10

Cooling Water

Must meet cooling needs; forced cooling recommended; hot water for winter if needed

11

Heating

Indoor temperature >20°C to ensure stable lifting and lubrication during winter

12

Installation Space

Layout as per general arrangement drawing

13

Air Source

5–7 kgf/cm², 100 L/min; suitable for pneumatic pump applications

14

Others

No corrosive or explosive gases or liquids present