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Tags:
Magnetic Materials
Lithium-ion batteries
Ternary Materials (NCM)
Solid-State Batteries
Catalysts
It enables uniform and precisely controlled ALD or MLD on micro-nano powders, featuring patented powder containers, dynamic powder fluidization mechanisms, fully automated temperature control. The capacity is up to 100 g/1000 g.
Product Description
This system provides Atomic Layer Deposition for the cathode and anode materials used in new-energy batteries such as lithium-ion and solid-state batteries and other applications requiring uniform, precisely controllable powder coatings. Whether applied to battery materials, catalysts, metal powders, or advanced nanomaterials, this system empowers research institutions and high-end laboratories to perform atomic layer deposition experiments, driving material innovation and process breakthroughs.
1. Customizable for batch & scalable production
2. Proprietary nano-ALD ensures uniform, high-coverage coating
3. Complete coating for ultra-high surface area materials
Utilizes atomic layer deposition (ALD) for self-limiting, single-atom layer growth, enabling precise control of film thickness. Designed to coat powders uniformly, including high-aspect-ratio and complex structures.
Specification
| Sample Capacity | 100g/1000g (customizable) |
| Reaction Temperature | RT-300°C |
| Precursor Heating | RT-200°C |
| Coating Non-uniformity | <3% |
| Ozone Generator | Optional Configuration, Production Efficiency: 15 g/h |
| Deposition Rate | 1-2Å/Cycle (AI2O3) |
| High-Aspect-Ratio | Achieves conformal coverage without voids, even on complex particle surfaces |
| Material Flexibility | Oxides (Al₂O₃, SiO₂), carbides (SiC), and other functional materials |
Application
1. Lithium-ion batteries
2. Metallic powders
3. Alloy powders
4. Catalysts
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Designed for R&D and Widely Used in：
1.Battery Applications: Enhances battery performance
2.Catalysis Applications: High-efficiency catalysts
3.Metal Powder Processing: Improves powder flowability
4.Advanced Materials Development