储能
我们的能源碳产品系列包括用于钠离子电池和锂离子电池的硬碳、超级电容器碳以及用于硅碳复合材料的高级碳。专为先进储能应用而设计的硬碳，源自椰壳炭并采用专有技术强化，具有卓越的能量密度、循环寿命和功率性能。我们的超级电容器碳具有独特的孔隙结构，可实现快速充放电、优异的能量效率和长循环寿命。高级碳针对锂离子电池负极中的硅碳复合材料进行了优化，具有优异的效率和优化的形貌，适用于高端应用。
硬碳
我们的硬碳材料专为钠离子电池和锂离子电池应用而设计，以实现最佳性能。它源自椰壳炭，并采用我们专有的技术进行强化。该材料具有卓越的能量密度、持久的循环寿命和优异的功率性能。
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- ICP-MS analysis for metal content evaluation.
- ISE analysis for anion content evaluation.
- Adsorption capacity and efficiency assessments.
- Surface area and Pore structure analysis.
- Particle size distribution analysis.
- Surface functional group characterization.
- Water and gas testing using challenge concentrations to replicate customer testing conditions.
- Chemical properties assessment and compliance validation with industry standards.
此外，我们的研发团队还提供专家咨询服务，包括碳测试、产品推荐和系统性能分析，以满足客户需求。
超级电容器碳
我们的超级电容器碳材料采用专有技术生产，形成独特的孔隙结构。这使得其等效串联电阻 (ESR) 低，比电容高，从而实现更快的充放电速度和更高的能量效率。我们的产品系列拥有业内最高的纯度，并提供更长的循环寿命。
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- Arbin电池测试系统和Gamry电化学工作站，用于高精度电化学性能评估；
- MBRAUN Glovebox Workstations, providing a controlled, sealed environment essential for handling moisture- and oxygen-sensitive materials.
- Comprehensive electrode fabrication equipment, supporting research in Lithium-ion batteries, Sodium-ion batteries, and Supercapacitors.
我们的实验室具备关键工艺能力，例如浆料制备、电极涂覆、干燥、纽扣电池和软包电池的精密切割以及真空干燥，从而确保为前沿研究提供高质量的电极产品。COI 专注于测试用于超级电容器的高性能碳材料、锂离子电池中的碳化硅（SiC）复合负极以及钠离子电池中的硬碳材料。
碳硅复合材料 - 碳复合材料
我们采用优质碳材料，旨在提升硅碳复合材料的性能，从而显著提高效率并延长循环寿命。凭借其优异的比表面积和孔容，这些碳材料能够满足先进储能解决方案的需求。
我们采用独特的工艺去除亚微米级颗粒，改善材料形貌，并提供清晰的扫描电镜图像，从而优化用于高端储能应用的硅碳复合材料的性能。
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