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Porous Carbon Product for Silicon Carbon

SQ Group has successfully developed porous carbon materials for silicon carbon, positioning its technology as a global leader. It boasts a uniform range of spherical particle size, controllable pore structure, and high retention of micropores, enabling enhanced homogeneity and consistency in silane deposition.

Porous Carbon Product for Silicon Carbon

Introduction

SQ Group has successfully developed porous carbon materials for silicon carbon, positioning its technology as a global leader. It boasts a uniform range of spherical particle size, controllable pore structure, and high retention of micropores, enabling enhanced homogeneity and consistency in silane deposition.

Porous Carbon Product for Silicon Carbon

Specification

 

Product Indicator ZLD Series Testing Standard
ZLD-0 ZLD-1 ZLD-2 ZLD-3
Pore Volume (cm3 /g) Total Pore Volume for Single Point Adsorption (±0.025) 0.625 0.725 0.825 0.925 GB/T 19587-2017
(JWGB SCI. & TECH.)
Total Micropore Volume
(HK) (±0.025)
0.55 0.65 0.75 0.85
Percentage of Micropores
(%) (±1)
≥90.0
Surface Area
(m2 /g)
BET Multi-Point Specific
Surface Area
1400-1600 1600-1800 1800-2000 2000-2200
Pore Size (nm) Average Pore Size for Adsorption (±0.1) 1.7
Particle Size (μm) Dv(10) Dv(50) Dv(90) Dv(99) Dv(100) GB/T 24533-2019(Malvern)
4.00-6.00 7.00-8.00 13.0-15.0 17.0-20.0 ≤ 25.0
Dn(10) Dn(50) Dn(90) Dn(99) Dn(100)
≥ 3.00 4.00-6.00 7.00-9.00 11.0-14.0 ≤ 25.0
Tap Density (g/cm3 ) ≥ 0.45 GB/T 24533-2019
Powder Compact Density (g/cm3 ) ≥ 0.80
Powder Conductivity (S/mm) ≥ 3.0
Magnetic Material (Fe+Cr+Ni+Zn) (ppm) ≤ 10 GB/T 24533-2019
Oxygen-Containing Functional Group (mmol/g) ≤ 0.5 GB/T 38114-2019
PH 6-9. SQJT-D1-FF-002
Ash Content (%) ≤ 0.2 GB/T 3521-2008
Water Content (%) ≤ 0.2 GB/T 24533-2019
SEM  

 

Features

Spherical particles with a dense internal structure and excellent resistance to swelling;
High microporous retention, controlled and adjustable pore volume; 
Uniform and adjustable pore size range for more uniform deposition; 
Narrow particle size range and few fine particles. 

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