Welcome to Changsha Zhongci New Material Technology Co., Ltd.
8616680447294
Found 26 products for "

corundum ceramic sagger

"
Quality Rectangular Customizable Mullite Cordierite Sagger Upon Request Ideal For Kiln Furniture Applications Ensuring Durability And Thermal Stability factory

Rectangular Customizable Mullite Cordierite Sagger Upon Request Ideal For Kiln Furniture Applications Ensuring Durability And Thermal Stability

Changsha Zhongci New Material Technology Co., Ltd. is a professional manufacturer focused on thermal field consumables for lithiumbattery production. We dedicate ourselves to supporting the high-temperature sintering and graphitization processes of lithium batterycathode and anode materials, delivering high-reliability kiln furniture solutions for the global new energy battery industry. Our core product portfolio includes two main series of saggers for battery material

Quality 95% Alumina Ceramic Rod 3-50mm High Temperature 1600°C Al2O3 Solid Shaft for Resistor Furnace Kiln Support Custom Size factory

95% Alumina Ceramic Rod 3-50mm High Temperature 1600°C Al2O3 Solid Shaft for Resistor Furnace Kiln Support Custom Size

Raw Material Section Raw Material Section kiln firing sintring Alumina Ceramic Substrate Pressing

Quality Alumina Ceramic Mullite Sagger Designed for Kiln Firing Featuring Cordierite to Deliver Performance Under Extreme Thermal Conditions factory

Alumina Ceramic Mullite Sagger Designed for Kiln Firing Featuring Cordierite to Deliver Performance Under Extreme Thermal Conditions

Mullite Corundum Saggar for Cathode Sintering | ZCXC New Materials High-purity mullite corundum refractory saggars with excellent thermal shock resistance and low metal contamination, designed for lithium battery NCM/NCA/LFP cathode high-temperature sintering. Custom sizes available. Keywords: mullite corundum saggar, corundum mullite sagger, cathode sintering saggar, refractory ceramic saggar, kiln furniture Product Overview Changsha ZCXC New Materials manufactures high

Quality High Temperature Mullite Corundum Sagger For Lithium Battery Material Sintering factory

High Temperature Mullite Corundum Sagger For Lithium Battery Material Sintering

Changsha Zhongci New Material Technology Co., Ltd. is a professional manufacturer focused on thermal field consumables for lithiumbattery production. We dedicate ourselves to supporting the high-temperature sintering and graphitization processes of lithium batterycathode and anode materials, delivering high-reliability kiln furniture solutions for the global new energy battery industry. Our core product portfolio includes two main series of saggers for battery material

Quality Crack Resistant Silicon Carbide Sagger SiC Sagger For LFP Cathode Material factory

Crack Resistant Silicon Carbide Sagger SiC Sagger For LFP Cathode Material

Product Overview High-performance silicon carbide (SiC) sagger, manufactured with advanced precise sintering and optimized ceramic forming technology, professionally developed for high-end lithium battery material sintering and various industrial high-temperature firing scenarios. 1. Application Fields Sintering of 4.5th-generation and above lithium iron phosphate (LFP) cathode materials, lithium battery graphite anode materials, ferrite magnetic materials, advanced ceramic

Quality Custom mullite sagger designed to meet requirements of ncm 111 cathode material sintering with excellent thermal insulation factory

Custom mullite sagger designed to meet requirements of ncm 111 cathode material sintering with excellent thermal insulation

Changsha Zhongci New Material Technology Co., Ltd. is a professional manufacturer specializing in high-performance ceramic and graphite products. Our core business spans thermal field consumables for lithium batteries, supporting materials for PV energy storage, industrial electronic ceramics, and precision grinding media. We are dedicated to enabling high-temperature sintering, graphitization, powder processing, and power transmission applications across the new energy,

Quality Refractory Cordierite Mullite Sagger For Lithium Battery Material Calcination factory

Refractory Cordierite Mullite Sagger For Lithium Battery Material Calcination

Company Profile Changsha Zhongci New Material Technology Co., Ltd. is a professional manufacturer focused on thermal field consumables for lithium batteries, dedicated to supporting the high-temperature sintering and graphitization processes of lithium battery cathode and anode materials. Product Portfolio & Capacity Our core product portfolio covers: Ceramic-based saggers (corundum-mullite, cordierite-mullite) - annual capacity 4 million pcs. Graphite saggers - annual

Quality Durable heat resistant mullite sagger optimized for ev power battery cathode manufacturing ensuring thermal stability and long service life factory

Durable heat resistant mullite sagger optimized for ev power battery cathode manufacturing ensuring thermal stability and long service life

Changsha Zhongci New Material Technology Co., Ltd. is a professional manufacturer specializing in thermal field consumables for lithium battery manufacturing. Focused on supporting the high-temperature sintering and graphitization processes for cathode and anode materials, we deliver highly reliable kiln furniture solutions to the global new energy battery industry. Our Core Product Portfolio Ceramic Kiln Furniture Series Cordierite-mullite saggers Corundum-mullite saggers

Quality Customizable Al2O3 Mullite Sagger For NCM 111 High Nickel Cathode Material Sintering factory

Customizable Al2O3 Mullite Sagger For NCM 111 High Nickel Cathode Material Sintering

Application Fields Cathode ternary materials, NCA/NCM/LCO/LMO, electrolytes, rare earth materials, magnetic materials, metal smelting, frit, high-temperature oxidation protection, etc. Operating Temperature 6001650C Product Features Non-wetting to inorganic melts and metal melts represented by cathode materials, electrolytes and glass, with excellent corrosion resistance. Can be adjusted to adapt to different scenarios according to user requirements. Zero expansion can be