Silicon-Carbon Anode Material 1800 (Silicon Deposited in Porous Carbon)

Name: Silicon-Carbon Anode Material 1800 (Silicon Deposited in Porous Carbon)
Brand: Canrd
Price: 120.82 USD
Availability: InStock

$120.82

Numéro d'article:MA-EN-AN-000301

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✓ Sélectionné: 20g

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This product is a silicon-carbon composite anode material developed for high-energy-density lithium-ion batteries, featuring a porous carbon framework infiltrated with deposited silicon. It offers a reversible capacity exceeding 1800 mAh/g at 1.5 V and achieves an initial coulombic efficiency above 91%, with measured values reaching approximately 1994 mAh/g and 92.1%, respectively. The material exhibits a tap density of 1.22 g/cm³, a BET surface area of 3.62 m²/g, and a median particle size (D50) around 8.6 μm, with low magnetic impurity content. For reliable half-cell evaluation, it is recommended to use carbon-coated copper foil and an NCM-type electrolyte, with electrode baking at 85 °C for four hours. This material is suitable for researchers investigating advanced anode formulations for next-generation lithium-ion cells.

Storage Requirement: Materials must be stored in a sealed container.

Electrolyte Used for Testing: Si/C Electrolyte (KLD-Si01)

Recommended Current Collector: Carbon-Coated Copper Foil

Baking conditions for electrode: Bake at 85 ℃ for 4 hours

Lithium ion anode electrode material, porous carbon skeleton, with a capacity of over 1800mAh/g, and high coulombic efficiency for the first time

Physical and chemical properties:

Number	Test item			Unit	Specification	Test result
1	Trace metal content	Fe		(ppm)	≤50	33.25
2		Cr		(ppm)	≤50	24.22
3		Ni		(ppm)	≤20	11.13
4	Magnetic substance	Total		(ppm)	≤1.0	0.65
5	Physical Properties	Particle size distribution	D10	(μm)	≥3.0	4.25
6			D50	(μm)	8.0±2.0	8.62
7			D90	(μm)	≤15.0	13.23
8		BET		(m²/g)	≤6.0	3.62
9		TD		(g/cm³⁾	≥1.0	1.22
10	Electrochemical performance	1.5V First Reversible Capacity		(mAh/g)	≥1800.0	1994.7
11		1.5V initial coulombic efficiency		(%)	≥91.0	92.1
12		0.8V First Reversible Capacity		(mAh/g)	≥1600.0	1788.7
13		0.8V initial coulombic efficiency		(%)	≥81.0	82.6