Products
Double, Multi-station Vacuum Glove Box With Water & Oxygen Purification System For Battery Research Laboratory
Introducing Mikrouna’s Vacuum Glove Box System, specifically designed for lithium battery laboratory research and development. This innovative solution offers performance and versatility, catering to the stringent requirements of the lithium battery industry.
Dry Electrode Making for Solid-State Battery
Mikrouna’s dry electrode technology presents a new approach. It includes high-speed mixing of the PTFE binder, active material, and conductive agent, subsequently pressing the mixture through the roller press machines. This semi-finished product is then laminated with a current collector foil coated with conductive adhesive to produce a dry electrode sheet. A notable advantage of this process is its minimal reliance on organic solvents, which is instrumental in enhancing the battery’s capacity and cycle life.
The transformation from dry electrode powder to dry electrode film encompasses three pivotal steps:
1. Compaction of Dry Electrode Powder: The dry electrode powder is pressed into a thin, semi-finished dry electrode film.
2. Rolling to Desired Thickness: This semi-finished film undergoes rolling to attain the specified thickness.
3. Lamination Process:
(1) Conductive Adhesive Coating: The current collector foil is coated with a layer of conductive adhesive.
(2) Lamination: The semi-finished dry electrode film is then laminated with the coated current collector foil to complete the dry electrode sheet.
Drying Room with Low Dew Point for Lithium Metal Battery
Mikrouna Sealed Drying Room for Lithium Metal Preparation/ Battery Assembly Equipment:
– High-sealing: Stainless steel fully sealed box, extremely low leakage rate less than 10-6m3/h
– Low dew point: The rotary dehumidifier quickly lows dew point (-60°C), and the molecular sieve dehumidification circulation system maintains the low dew point
– Low energy consumption: Compared with traditional sealed dry rooms, it saves 438,000 KWH of electricity each year and saves 50%~60% of energy consumption
– Easy to assemble: modular design, flange docking, easy installation, disassembly and relocation
Electrode Cutting Machine
It is specifically designed for precise cutting and forming of pouch battery electrodes. Accurate and uniform cutting can ensure the electrode assembly of pouch batteries and help to produce stable and reliable batteries for consumer electronics, electric vehicles, energy storage systems and various applications
Electrode Sheet Die-cutting Machine (Mk-mt150)
Electrolyte Injection Port Cleaning Device
Electrolyte Supplementing Machine
Energy-saving Feedback Capacity Grading Equipment
EOL Test Cabinet for Battery Capacity, Internal Resistance, and Insulation Testing
Equipment working temperature: 0~40°C
Adaptable humidity: 10%~70%R.H. (no condensation)
Power supply:AC220V, 50±2 Hz
Atmospheric pressure: 90~105kPa
Charge and discharge output: DC100V/400A
Extrusion Coating Machine
Glove Box For Lithium Battery Producttion
The production line can realize fully automatic scanning – liquid injection – weighing – replenishment – sealing in the super purified glove box, realizing efficient and completely unmanned automatic production, greatly saving labor cost, greatly improving production capacity and product quality and yield rate, maximizing benefits for customers, this production line is a revolution in lithium/supercapacitor production.
