Changsha Zhongci New Material Technology Co., Ltd.

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Lithium Battery Material Graphite Ceramic Sagger Generation 2 High Density

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Changsha Zhongci New Material Technology Co., Ltd.
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Province/State:ningxia
Country/Region:china
Contact Person:MrDerrick
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Lithium Battery Material Graphite Ceramic Sagger Generation 2 High Density

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Model Number :GEN 2
Payment Terms :T/T
Packaging Details :customization
Carbon Content :≥99.9%
Bulk Density :1.78-1.8 g/cm³
Compressive Strength :≥80 MPa
Certification :ISO9001
Delivery Time :10-15
Supply Ability :50 thousands monthly
Price :$200
Brand Name :zc
Flexural Strength :30-40 MPa
Technique :Compression Molded
MOQ :1
Application :LFP Cathode & Anode Sintering
Place of Origin :Hunan,Changsha
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Graphite Sagger Generation 2 for Cathode & Anode Materials: 1500°C Secondary Sintering
I. Application Fields

Generation Lithium Iron Phosphate (LFP) Cathode Materials, Graphite Anode Materials, and Other Oxygen-Free Sintering Applications

II. Operating Temperature Range

1000-3000°C

Lithium Battery Material Graphite Ceramic Sagger Generation 2 High Density

Lithium Battery Material Graphite Ceramic Sagger Generation 2 High Density

Lithium Battery Material Graphite Ceramic Sagger Generation 2 High Density

Lithium Battery Material Graphite Ceramic Sagger Generation 2 High Density

Lithium Battery Material Graphite Ceramic Sagger Generation 2 High Density

III. Chemical Composition & Physical Properties
Category Component Parameter
Chemical Composition Carbon Content ≥99.9%
Physical Properties Bulk Density 1.78-1.8 g/cm³
Flexural Strength 30-40 Mpa
Compressive Strength ≥80 Mpa
Antioxidant Performance Excellent
Thermal Conductivity Superior
Thermal Shock Resistance (Above 1100°C) Excellent
IV. Product Advantages
  • With a carbon content of ≥99.9%, high density, excellent mechanical strength and strong chemical stability, it fundamentally eliminates contamination of the sintered materials.
  • Featuring an upgraded antioxidant formula and proprietary secondary sintering process, it delivers significantly enhanced corrosion resistance and high-temperature oxidation resistance, with a service life further extended compared to the first-generation products.
  • Optimized thermal performance: It combines excellent thermal conductivity with outstanding thermal shock resistance, enabling uniform heat transfer, ensuring consistent sintering process results and minimizing performance variations between production batches.
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