SL-C105 is a resin-derived porous carbon engineered for next-generation high-energy-density batteries. Produced through high-temperature carbonization and activation, it addresses the severe volume expansion of silicon anodes during charge/discharge cycles.
Item No :
SL-C105Shipping port :
Shanghai,Ningbo,Tianjin etc.Lead time :
3-5 daysAppearance :
Blackshape :
PowderyPore Volume :
≥1.05cm³/gSL-C105 the High-Performance Porous Carbon for Lithium Battery
Silicon-Carbon Anode
Unlike conventional carbon carriers with uneven pore structures, SL-C105 features a three-dimensionally interconnected porous framework with concentrated pore size distribution. This enables efficient nano-silicon adsorption and confines expansion within the pores, significantly improving cycle life. The resin-derived carbon layer also provides fast electron transport pathways.
More than a porous carbon, SL-C105 is an integrated "buffering and conductive" carrier platform tailor-made for silicon-carbon anodes.
SHANLI Resin-Based Porous Carbon
SHANLI SL-C95 offers higher pore volume (≥0.95 cm³/g) and specific surface area (≥1950 m²/g), with controllable micropore structure, zero macroporosity, and high crush strength (≥200 MPa), providing ample space and robust structural support for silicon deposition.
Designed for silicon-carbon anode systems with higher capacity requirements, it enables longer cycle life and higher energy density lithium-ion batteries.
Applications of Porous Carbon
| Application Area | Specific Scenario | Key Features |
| Consumer Electronics | Smartphones, Laptops | High energy density for extended battery life, lightweight & thin design, increased cycle life |
| Power Batteries | Electric vehicles, Power tools | High rate capability for fast charge/discharge, increased cycle life, enhanced safety |
| Energy Storage Systems | Home energy storage, Grid frequency regulation | Ultra-long cycle life, cost control, wide temperature adaptability |
| Other Applications (Under Development) | ||
Why Choose SHANLI?
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Main Application
High-Energy Consumer Electronics
Enables high-capacity anodes using porous carbon for silicon-carbon anode, extending battery runtime for smartphones/laptops.
EV Traction Batteries
Resin-based porous carbon with high pore volume (≥0.85 cm³/g) boosts EV range and supports fast charging.
Energy Storage Systems (ESS)
Zero macroporosity carbon ensures high cycle life for residential ESS; pressure-resistant porous carbon structure supports grid frequency regulation.
Power Tools
Collapse-resistant carbon structure prevents capacity fade under high-current discharge, improving tool efficiency.
Wearables
Uniform micropore distribution delivers high energy density and mechanical flexibility for smartwatches and TWS earbuds.
Aerospace
High specific surface area carbon reduces battery weight for satellites/UAVs, enhancing flight time and payload.
Specialty Power Sources
Micropore carbon for battery anode ensures stable pulse discharge in medical implants and reliability for deep-sea detectors.
Caution
1. It should be sealed to avoid of contamination and adsorption of water or other gas and vapors.
2. Storage in a dry warehouse is recommended.
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SL-C105 is a resin-derived porous carbon engineered for next-generation high-energy-density batteries. Produced through high-temperature carbonization and activation, it addresses the severe volume expansion of silicon anodes during charge/discharge cycles.
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