300L Planetary Vacuum Mixing Equipment for Battery Slurry & High-Viscosity Substances

300L Planetary Vacuum Mixing Equipment for Battery Slurry & High-Viscosity Substances Ⅰ. Equipment Features: Application Scope Once slurry preparation in the mixer is complete, the tank is shifted to the lifting platform, fitted with a mixing head, and converted into a slurry transfer tank. It supports slurry transfer from the mixing area to storage and coating sections, delivering slurry to the main tank or coater head via quick-connect adapters.   Ⅱ. Main Technical Parameters: Container Parameters l Design Total Volume: 395 L l Effective Volume: 130–300 L l Inner Diameter: 836 mm l Inner Depth: 720 mm l Contact Material: SS304 l Jacket Type: Single layer on wall and bottom for heating/cooling l Jacket Connection: G1″ quick connect, rated ≤ 0.4 MPa l Jacket Circulation: Supplied by customer; inlet ≤ 8 °C, flow > 80 L/min l Discharge: One G1 1/2″ three piece ball valve at bottom with 2″ ISO quick connect l Ambient Temperature: –10 °C to +120 °C l Mobility: Caster mounted l Compatible with 300 L mixer bucket   Mixing Components l Frequency: 50 Hz l Mixer Power: 3.0 kW (1 unit) l Mixing Speed: 30 rpm (fixed) l Impeller Diameter: 776 mm l Impeller Style: Inclined paddle screw l Impeller Material: SS304 l Tip Speed: 1.2 m/s l Impellers: 1 l Shafts: 1 l Clearance to Wall: 30 mm l Clearance to Bottom: 10 mm l Principle: Unique inclined paddle design prevents sedimentation   Top Cover Components l Material: SS304 l Feeding Port: ISO quick connect 1″ (1 unit) l Sight Glasses: DN100 tempered glass (2 units) l Vacuum Port: G1″ quick connect (vacuum/vent) l Digital Vacuum Gauge Port: M14×1.5 internal thread (1 unit)   l Control System l Cabinet: houses inverter and lowvoltage devices l Manual Panel: buttons, knobs, instruments l Power: AC 3×380 V ±5%, 50 Hz l Control Mode: electric l Operation: cabinet panel buttons + knobs l Emergency Stop: 1 l Start Button: 1 l Stop Button: 1 l Work light Switch: 1   Safety Interlock Emergency Stop immediately halts all operations; no further action possible   Additional Notes l Seals: domestic; static by O ring, dynamic by mechanical/skeleton seal l Grease: domestic l Valves: domestic l Vacuum Requirement: customer provides ≥ 15 L/s (2×15) vacuum system l Vacuum Retention: –0.098 MPa, holds > –0.085 MPa for 24 h without leakage l Main Power: > 3 kW l Weight: ~275 kg l Dimensions: L11420 mm × W1088 mm × H1845 mm l Color: Ivory white l Floor Load Capacity: 600 kg/m²   Ⅲ. List of Spare Wear Parts: No. Name Specification Material Qty Remarks 1 Top lid sealing O ring ΦD×ΦN Silicone 1 Matched to model, per supplier 2 Sight glass sealing ring — Silicone 2 Matched to model, per supplier 3 Feed port gasket — Silicone 1 Matched to model, per supplier 4 Sight glass pane Tempered glass Glass 2 Matched to model, per supplier   Ⅳ. Supporting Installation Requirements: No. Item Standard Requirement 5 Workshop Height > 3.0 m; clearance for lift operation and maintenance; clean & level floor 6 Door Size Height > 2.0 m; Width > 1.5 m; to allow equipment entry/exit 7 Cooling Water Must meet heat load requirements; forced system preferred; hot water in winter 8 Heating Maintain > 20 °C in winter to prevent hydraulic oil from gelling; ensure lubrication 9 Installation Space As per layout drawing 10 Air Supply 5–7 kgf/cm², 50 L/min; for pneumatic operation 11 Others No corrosive/explosive gases or liquids        

30L Vacuum Planetary Mixing Machine for Battery Slurry & High-Viscosity Materials

30L Vacuum Planetary Mixing Machine for Battery Slurry & High-Viscosity Materials Ⅰ. Equipment Features: Applicable Scope Once the mixer finishes preparing the slurry, tilt the 30 L bucket onto the elevator and attach the mixing head to convert it into a slurry transfer tank. This setup allows for the transfer of slurry from the mixing room to the storage and coating areas. The slurry is then delivered to the main tank or coating head through conversion fittings.   Ⅱ. Main Technical Parameters: Container Parameters l Design total volume: 45 L l Effective volume: 15–30 L l Container inner diameter: 400 mm l Container inner depth: 360 mm l Contact material: SS 304 l Temperature-jacket configuration: single-layer jacket on tank wall for heating/cooling; single-layer jacket on bottom for heating/cooling l Jacket connection: G 1/2″ quick-connect union, rated ≤0.4 MPa l Jacket circulation: customer-supplied; inlet water ≤8 °C, flow >15 L/min l Discharge port: one G 1″ three-piece ball valve at bottom; with 1″ standard ISO quick clamp l Operating ambient temperature: –10 °C to +120 °C l Mobility: mounted on casters l Interchangeable with 30 L mixer bucket   Mixing Components l Operating frequency: 50 Hz l Mixing power: 0.75 kW (one unit) l Mixing speed: 48 rpm (fixed) l Impeller diameter: 380 mm l Impeller type: inclined-paddle spiral l Impeller material: SS 304 l Impeller tip speed: 1.0 m/s l Number of impellers: 1 l Number of shafts: 1 l Clearance from impeller to tank wall: 10 mm l Clearance from impeller to tank bottom: 8 mm l Principle: unique inclined-paddle design prevents material sedimentation   Top Lid Components l Lid material: SS 304 l Feed inlet: one ISO standard 1″ quick-connect l Viewing ports: two DN50 tempered-glass sight glasses l Vacuum module: one set with G 3/4″ connections (vacuum and vent) l Mechanical vacuum gauge port: one Y60 mechanical gauge   Control System l Electrical cabinet: houses inverter and low-voltage components l Manual control panel: includes buttons, knobs, instruments l Power supply: AC 3×380 V ±5%, 50 Hz l Control method: electrical control l Operation: button + knob panel on electrical cabinet l Emergency stop: one button l Start button: one l Stop button: one l Worklight switch: one   Safety Interlock System Emergency stop: pushes E-stop, machine halts immediately; no further operation   Other Notes l Oil seals: domestic brand; static seal by O-ring, dynamic by mechanical or skeleton seal l Lubricant grease: domestic l Valves: domestic l Vacuum requirements: customer-supplied vacuum system at 8 L/s (2×8) l Vacuum retention: –0.098 MPa, must hold >–0.085 MPa for 24 h without leakage l Main power: >1 kW l Total weight: approx. 250 kg l Dimensions: L 594 mm × W 560 mm × H 1420 mm l Color: off-white l Load-bearing floor: 400 kg/m²   Ⅲ. List of Randomly Supplied Wear Parts: No. Name Specification Material Quantity Remarks 1 Lid sealing Oring ΦD×ΦN Silicone 1 Matches model; per supplier’s standard 2 Sight-glass sealing Oring — Silicone 2 Matches model; per supplier’s standard 3 Feed port sealing gasket — Silicone 1 Matches model; per supplier’s standard 4 Sight-glass pane tempered Glass 2 pcs Matches model; per supplier’s standard   Ⅳ. Supporting Conditions: No. Item Requirement 5 Workshop Height > 3.0 m; allows lifting for maintenance; floor clean and level 6 Door Opening Height > 2.0 m; Width > 1.5 m; ensures machine transport 7 Cooling Water Ensure cooling; ideally with forced supply; in winter, provide hot water 8 Heating In cold climates, maintain room > 20 °C so hydraulic oil does not solidify; ensures smooth lifting and lubrication 9 Installation Space Arrange per layout drawings 10 Air Supply 5–7 kgf/cm², 50 L/min; for pneumatic pumps etc. 11 Others No corrosive or explosive gases/liquids      

100L Vacuum Planetary Mixer: Tailored for Battery R&D Labs & High-Viscosity Industrial Production Lines

100L Vacuum Planetary Mixer: Tailored for Battery R&D Labs & High-Viscosity Industrial Production Lines Ⅰ. Equipment Features: Application Scope After the slurry is prepared by the mixer, the bucket is moved to the lifting machine, covered with a mixing head to form a transfer tank. This setup completes slurry transfer from the mixing area to storage or coating area. The slurry is delivered to the main storage tank or coater via quick-connect adapters.   Ⅱ. Main Technical Parameters: Container Parameters l Design Total Volume: 140 L l Effective Volume: 45–100 L l Inner Diameter: 596 mm l Inner Depth: 500 mm l Material (contacting with medium): SS304 l Jacket Type: Single-layer on side and bottom, for heating or cooling l Jacket Connection: G3/4″ quick coupling, pressure ≤0.4 MPa l Jacket Circulation: Customer-supplied; inlet ≤8 °C, flow >40 L/min l Discharge: One G1-1/2″ three-piece ball valve at bottom with 2″ ISO quick coupling l Ambient Temperature: –10 °C to +120 °C l Movement: On casters l Interchangeable with 100 L mixer bucket   Mixing Components l Frequency: 50 Hz l Mixing Motor Power: 1.1 kW (1 unit) l Mixing Speed: 42 rpm (fixed) l Impeller Diameter: 576 mm l Impeller Type: Inclined paddle screw strip l Material: SS304 l Tip Speed: 1.2 m/s l Number of Impellers: 1 l Number of Shafts: 1 l Clearance (impeller to wall): 10 mm l Clearance (impeller to bottom): 8 mm l Principle: Prevents sedimentation with unique impeller design   Top Cover Components l Material: SS304 l Feed Port: ISO standard quick coupling 1″ ×1 l Sight Glasses: DN80 tempered glass ×2 l Vacuum Port: G3/4″ ×1 set (vacuum/vent) l Digital Vacuum Gauge Port: M14×1.5 internal thread ×1   l Control System l Cabinet: Houses inverter and low-voltage components l Manual Panel: Buttons, knobs, instruments l Power: AC 3×380 V ±5%, 50 Hz l Control: Electrical l Operation: Cabinet panel with buttons/knobs l Emergency Stop: 1 l Start Button: 1 l Stop Button: 1 l Work Light Switch: 1   Safety Interlock System Emergency Stop: Immediately halts the system; prevents any further operation   Other Notes l Seals: Domestic brand; static by O-ring, dynamic by mechanical or skeleton seal l Grease: Domestic l Valves: Domestic l Vacuum Requirement: Customer to supply vacuum system, 8 L/s (2X-8) l Vacuum Retention: –0.098 MPa; holds >–0.085 MPa for 24 h without leakage l Main Power: >1 kW l Weight: Approx. 250 kg l Dimensions: L830 mm × W830 mm × H1474.5 mm l Color: Ivory white l Floor Load: 400 kg/m²   Ⅲ. List of Standard Wear Parts: No. Name Specification Material Quantity Remarks 1 Top Lid Seal Ring ΦD×ΦN Silicone 1 Matched to model, per supplier standard 2 Sight Glass Seal Ring — Silicone 2 Matched to model, per supplier standard 3 Feed Port Gasket — Silicone 1 Matched to model, per supplier standard 4 Sight Glass Pane Tempered Glass 2 pcs Matched to model, per supplier standard   Ⅳ. Supporting Conditions: No. Item Standard Requirement 5 Workshop Height >3.0 m; ensure lift space and maintenance clearance; floor must be clean, level 6 Door Dimensions Height >2.0 m; Width >1.5 m; ensure equipment can pass through 7 Cooling Water Must meet cooling demand; forced cooling preferred; heating in winter optional 8 Heating Maintain >20 °C in winter to avoid hydraulic oil solidifying; ensure lubrication 9 Installation Space Follow layout drawing 10 Air Supply 5–7 kgf/cm², 50 L/min; for pneumatic pump and other uses 11 Other No corrosive/explosive gases or liquids      

Lab Scale High-end Planetary Ball Mill Grinder with Internal Circulation Heat Dissipation System

12L  powder milling planetary ball mill machine

Lab High Precision Large LCD Rotary Viscometer with Timing Function

I. Working principle and Application LVDV - T series viscometer is intelligent instrument based on ARM technology, to achieve full screen operation, to replace the traditional mode of operation of the traditional buttons plus small size LCD screen. This series has high performance stepper motor and driver, according to the procedures set accurately and smoothly running, the motor driven by constant speed rotation torque sensor the rotor. When the rotor in the measured by liquid viscous resistance, and force feedback to the torque sensor, through the corresponding internal processing and operation, the viscosity of the fluid to be measured data can be displayed.     Compared with similar instruments, this series of instruments has the advantages of convenient operation, intuitive reading, rich content, high measuring accuracy, stable speed, strong anti-interference performance, working voltage [100~240v (50/60Hz)] and so on.   In terms of the use of the instrument operation, the instrument has a series of measurements for the full-scale value 100% range overflow function, alarm display, automatic scanning function, the user can rely on these, intuitive, fast, and accurate rotor speed combinations available to choose the right, and can save the test conditions to determine, convenient and use the fast out of the testing process in the production of the day.   This series of equipment widely used in solvent based adhesive, latex, biochemical products, cosmetics, paint, paint, ink, paper pulp, food, starch and other industries.

Vacuum Glue Baking Machine or Dryer with 10 Sections N Group Formula Using in Perovskite Synthesis

Sales Manager: Gia Email: Gia@tmaxlaboratory.com Wechat: Dingqiuna Whatsapp：+86 131 7450 6016 Skype: gia@tmaxcn.com

Lab2000 Four Station Double Side Transition Cabin Glove Box with Siemens PLC Touch Screen

Lab2000 Four Station Double Side Transition Cabin Glove Box with Siemens PLC Touch Screen I. Acceptance criteria: Under standard conditions, that is, constant temperature of 20-25 oC, relative humidity of 65%, and inert gas source of 99.999%, the circulating water and oxygen indexes of the empty box are all less than 0.1ppm.   II.Main technical indicators and configuration 1. Box 1.1. Dimensions: 1800mm (length) × 900mm (height) × 1000mm (width). 1.2. Material: All stainless steel structure (Type 304), thickness 3mm. 1.3. Filter: Pore size 0.3 microns 1.4. Butyl rubber gloves: imported from the United States, thickness 0.4mm, glove mouth 8 inches, POM glove mouth, caliber 220mm. 1.5. Window: Operation surface with inclined design, 8mm safety tempered glass front window, wear-resistant, anti-corrosion, good light transmission, the sealing ring adopts 3/8 inch thick OMEGA sealing ring. 1.6. It can maintain a certain positive and negative pressure during use (-10mbar-10mbar) 1.7. The box is equipped with anti-reflection lighting energy-saving lamps, and the light is soft. 1.8. The box is equipped with a display board and a 2-layer hanging rack 1.9. There is a multi-hole power terminal board in the box (power supply: 220V±10% 50Hz±10%) 1.10. The cabinet can be set with 3 standard KF-40 ports. 1.11. Leakage rate: ≤0.001vol%/h. 1.12. Steel structure bracket, height 950 mm including casters, installed with swivel casters. 2. Transition cabin 2.1 Large and small transition warehouse (right side) 2.1.1 Shape: Cylindrical (304 stainless steel), connected to the glove box, with a shaft-lock type large transition hatch, which is easy to operate. 2.1.2 Dimensions: diameter 390mm, length 600mm large transition cabin, piston door, sliding tray in the transition cabin, polished, another small transition cabin in the box, specifications: diameter 150mm, length 300mm, manual valve control air extraction and tonic. 2.1.3. Tray: free to move and extend (large transition cabin configuration) 2.1.4. Vacuum degree ≤ 1bar (both large and small right transition cabins are required to be evacuated with display) 3. Control system 3.1. Mode: including self-diagnosis, self-starting characteristics after power failure, with pressure control and self-adaptive functions. LCD display is used for automatic control, cycle control, password protection and vacuum chamber control. The unit control adopts Siemens PLC touch screen. 3.2. Pressure control: control the pressure of the box and transition cabin at a certain set value. a) The user can arbitrarily set the working pressure range between +12.5 and -12.5 mbar, and the PLC will automatically adjust the box pressure within the set range. The default value for the working pressure range is -1 to +3 mbar. b) When the box pressure is greater than 12 mbar, the PLC will automatically open the safety valve to release the pressure to protect the gloves, equipment and materials in the box. c) Use the foot switch to fine-tune the tank pressure. 3.3. Foot pedal: can control the pressure of the glove box, easy to operate. 4. Circulation system (including purification and regeneration system) 4.1. German BASF, American UOP purification material, German Baode valve. The host system integrates modular design, fully automatic electronically controlled gas circuit solenoid valve group, PLC control, circuit, circulating pump, purification, and display integrates an independent purifier to form a compact and simple system. 4.2. Control: Water and oxygen are controlled at less than 1PPm 4.3. Adjustment device: through PLC touch adjustment (heating, evacuation, purification, regeneration), the whole process does not require human monitoring except for 2.5 hours of ventilation. 4.4. Working gas: He.N2/or Ar gas (gas circulation) 4.5. Circulation fan: 0-100m³ high-speed variable frequency fan, microprocessor controlled, stainless steel device that has been pressure tested. 4.6. Purification column: single purification column, imported purification material German BASF deaerator material 5kg, American UOP high-efficiency water absorbing material 5kg, extremely high lifespan, ensuring long-lasting purification ability of the product during use. The water removal capacity is 2.2㎏ and the oxygen absorption capacity is 63L. 4.7. Purge valve: fully automatic electric valve. 4.8. Filter: H13 high-efficiency filter with 0.3 micron pore size filter mesh that meets HEPA standard. 4.9. Regeneration: It is used to re-use and activate the purification system; regeneration requires a mixture of helium/H2, nitrogen/H2 or argon/H2, of which H2 accounts for 10%. 5. Display system Germany SIEMENS, the unit control adopts Siemens PLC touch screen. Chinese and English bilingual can be switched. 6. Water analyzer, (imported from abroad) Brand material: British MICHELL / (according to the customer's use environment) non-domestic or domestic assembly, third-party data to ensure credibility. 1) Measuring range: 0-1000ppm 2) Accuracy: ±1% ppm 3) Display: The output of the analyzer is connected to the PLC, the detection value is displayed on the touch screen, and the alarm value can be set. 4) Control: The gas circulation system can be controlled according to the user's setting to realize the circulation drop. 5) Environment: -10℃-50℃ 7. Oxygen analyzer, (imported from abroad) Brand material: American AVCRAY (according to the customer's use environment) non-domestic or domestic assembly, third-party data to ensure credibility. 1) The measurement range can be set: 0-1000, ppm 2) Environment: -10℃-50℃ 3) Accuracy: ±1% ppm 4) Installation position: The oxygen sensor is installed on the box. No matter whether the gas is circulating or not, the oxygen sensor continuously detects the atmosphere in the box and displays the oxygen content in the glove box. 5) Sensor: Electrochemical material battery, which has the advantages of accurate zero point, small drift, avoiding the easy corrosion of other battery materials; low replacement cost (only oxygen battery is replaced). 6) Display: The output of the analyzer is connected to the PLC, the detection value is displayed on the touch screen, and the alarm value can be set. Control: The user can select the automatic cycle function to maintain the oxygen content in the glove box within the user's specified range. 8. Vacuum system Increase the vacuum pump start and stop time control. The vacuum pump is a British Edwards vacuum pump, model RV12, with a flow rate of 12m3/h and an ultimate vacuum of 2x10-3 mbar. The transition cabin can be evacuated separately, and can be controlled independently at any time. (imported from abroad) 9. Automatic cleaning of the box Automatic gas control electroplating board; the gas in the box is automatically cleaned by the user to set the cleaning time, and then touch the start button on the touch screen, the system will start cleaning the box, and it will automatically stop when the set time is reached. 10. Organic solvent adsorption system In order to prevent the influence of organic solvents on the purification column, a solvent column is connected in series to the glove box system. The media are mainly high-quality and high-efficiency activated carbon and activated alumina that prevents the formation of hydrofluoric acid. The filling capacity of the organic solvent adsorption system is 7KG, and there are KF40 interfaces on the top and bottom of the column, which is convenient for material change, and users can change the material by themselves. 11. Equipment working conditions: (provided by the user) 1.0. Power supply: two-phase three-wire AC220V, power ≥1Kw; 1.1. The laboratory must have an independent ground wire: <3Ω, it is recommended to use a flat copper wire of ≥10mm2 for the connection from the equipment to the ground wire; 1.2. Water supply: none; 1.3. Relative humidity: <75%; 1.4. There is no large amount of dust in the room, no corrosive, flammable and explosive gas; 1.5. Equipment area: length × width: 3200mm × 1200mm   III.Main configuration No Configure Unit Qty Manufacturer/Brand Remark 1 Box Pcs 1 TMAXCN 304 stainless steel thickness 3mm 2 Transition cabin Pcs 1 TMAXCN 304 stainless steel 3 Control System Pcs 1 Germany SIEMENS Omron electronic devices, etc. Import assembly 4 Circulation system (including purification and regeneration system) Pcs 1 German BASF, American UOP purification material, German Baode valve Import assembly 5 Display system Pcs 1 SIEMENS(Germany) Import 6 Gloves Pair 4 United States Import 7 Pipe interface Pcs 1 French Rocole(France) Import 8 Pressure gauge Pcs 2 WIka(Germany) Import 9 PLC Water Analyzer Pcs 1 Michell(UK) Import 10 PLC oxygen analyzer Pcs 1 AVCRAY(USA) Import 11 Vacuum pump Pcs 1 RV12 Import 12 Organic solvent adsorption Pcs 1 TMAXCN 304 stainless steel        

Aluminum Laminated Film Punch Forming Machine For Prepare Polymer Cases

DESCRIPTION: This pouch forming machine is mainly used for lithium battery production line, it's mold can be bespoked according to customers' requirements. TMAX-SCX300 Manual Aluminium Punching Machine is used for lithium polymer battery/ pouch cell cup forming in the production line of making pouch cell batteries. The machine is used to prepare polymer cases made of Aluminum Laminated Films.

Hydraulic Three Roll Mill for High Viscosity Material

Flat hydraulic three roller mill series use special grade alloy steel, which could reach unbelievable hardness. This series will use proportional valve adjusting the roller pressure&gap, thus the whole machine will be more stable and have longer life. This machine could be PLC automatic control.

70V 5A Charging 10A Discharging Aging Cabinet Battery Pack Aging Testing Instrument

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Lab High Temperature Desktop Slot Die Coater Machine of Adjustable Coating Width Used in Perovskite Films

Sales Manager: Gia Email: Gia@tmaxlaboratory.com Wechat: Dingqiuna Whatsapp：+86 131 7450 6016 Skype: gia@tmaxcn.com

Touch Screen Programmable (1-200 mm/min) Dip Coater with Drying Oven up to 100°C

Touch Screen Programmable (1-200 mm/min) Dip Coater with Drying Oven up to 100°C 

Al-laminated Film Manual Punching Forming Machine for Polymer Battery/ Pouch Cell Cup Forming

DESCRIPTION: This pouch forming machine is mainly used for lithium battery production line, it's mold can be bespoked according to customers' requirements. TMAX-SCX300 Manual Aluminium Punching Machine is used for lithium polymer battery/ pouch cell cup forming in the production line of making pouch cell batteries. The machine is used to prepare polymer cases made of Aluminum Laminated Films.

Automatic Counting Forming Machine For Lithium Batetry Case Forming

1 TMAX-SCK700 Pouch Forming Machine is used for lithium polymer battery/ pouch cell cup forming in the laboratory and production line of making pouch cell batteries.  2 The machine is used to prepare polymer cases made of Aluminum Laminated Films.  3 This lab aluminum laminated film pouch forming machine is designed with Double start button and Safety grating protection device, and Automatic counting.