Item No.: XW-EN-AN-09;
Application: Silicon-carbon alloy (950);
Order(MOQ): 1 set;
Payment: T/T,Western Union, Paypal,L/C;
Product Origin: China;
Lead Time: in stock or 1-10days,ect;
Note: XIAOWEI factory supports OEM.

Products Description

1) 0.5%~2% of CNT can be added to the negative electrode formula, which helps improve cycling performance

2) The amount of electrolyte additive is increased compared to that used in graphite negative electrode electrolyte additive, which contributes to improving the poor SEI film of silicon negative electrode

3) Use special adhesive for silicon-carbon materials (such as PAA series adhesive) to effectively improve the electrochemical performance of the materials (such as cycling performance, etc.)

Features: Ultra-high capacity.
Applicable scope: High-capacity batteries (especially suitable for cylindrical batteries).
Application fields: 3C special field.

Technical Parameters

Specification
D50 (um)	7.4
BET (m2/g)	1.13
Tap density (g/cm3)	0.99
Gram capacity (mAh/g)	957.1
Voltage (V)	0.005~2.0v
Gram capacity power-off test conditions	25℃ 0.1C 0.005~2.0v

Silicon-carbon alloy (950)–trace elements (ppm)
S	Zn	Co	Ni	Mn	Fe	Cr	Mg	Ca	Cu	Al	Na	K
0.33	0.04	0	1.3	3.99	10.31	1.49	7.96	0	1.39	0	16.85	60.92

Storage:

1. Storage conditions: sealed storage at room temperature

2. Shelf life: 2 years from the production date

Physical Property:

Item		Unit	Analysis Result	Method
Particle Size	Dv10	μm	4.3	Laser diffraction method, Malvern MS3000 particle size analyzer, UK. Laser dispersion conditions: 1% Nonidet p40 dispersant and the substance to be tested were ultrasonicated for 1 minute.
	Dv50	pm	7.4
	Dv90	μm	12.5
	Dv99	μm	17
	Dn10	μm	2.9
Tap Density		g/cm³	0.99	FZS4-4B automatic densitometer from Beijing Iron and Steel Research Institute.
Surface Area		m²/g	1.13	Multi-point BET method, US Quantachrome NOVA 4200E surface area tester, adsorbent: high-purity N₂.
Discharge Capacity		mAh/g	957.1	Half-cell test, US Arbin multi-channel cell test system. German Braun Labstar (1200780) glove box 0.05C to 5.0mV, 0.05mA to 5.0mV, 0.01mA to 5mV, 0.05C to 2.0V.
First Discharge Efficiency		%	81.3

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