China Saggers for material sintering for sale
China Saggers for material sintering for sale
China Saggers for material sintering for sale
China Saggers for material sintering for sale
China Saggers for material sintering for sale
China Saggers for material sintering for sale
China Saggers for material sintering for sale

Saggers for material sintering

Saggers for Material Sintering — Product Specification & Description 1. Product Overview Saggers for Material Sintering are high-performance refractory ceramic containers engineered to protect materials during high-temperature thermal processing. Designed to shield raw powders, green bodies, and compacts from direct flame contact, combustion gases, and atmosphere fluctuations, saggers ensure consistent heat distribution, prevent cross-contamination, and maximize furnace

Payment Terms L/C, D/A, D/P, T/T, Western Union, MoneyGram
Brand Name ZG
Place of Origin China
Delivery Time 5-8 work days
Price 10USD/PC
Minimum Order Quantity 1 PC
Product Description

Saggers for Material Sintering — Product Specification & Description

1. Product Overview

Saggers for Material Sintering are high-performance refractory ceramic containers engineered to protect materials during high-temperature thermal processing. Designed to shield raw powders, green bodies, and compacts from direct flame contact, combustion gases, and atmosphere fluctuations, saggers ensure consistent heat distribution, prevent cross-contamination, and maximize furnace loading efficiency. They are essential kiln furniture components across battery material production, electronic ceramic firing, and powder metallurgy.

2. Key Features & Advantages

  • Contamination Protection: Enclosed box or bowl structure prevents flying dust, furnace debris, and chemical cross-talk between batch materials.

  • Exceptional Thermal Shock Resistance: Formulated to withstand rapid heating and cooling cycles in continuous roller hearth kilns and pusher furnaces without cracking.

  • High Chemical Inertness: Resists alkali corrosion, slag erosion, and chemical reactions with aggressive battery materials or metal oxides.

  • High Stacking Strength: High mechanical load-bearing capacity allows multi-tier vertical stacking to optimize furnace chamber capacity and throughput.

  • Low Thermal Mass: Optimized wall thickness designs minimize energy consumption while ensuring rapid, uniform heat conduction to the contents.

3. Material Grades & Technical Comparison

Material Grade Max Operating Temp Key Characteristics Primary Suitability
Cordierite-Mullite 1280°C – 1350°C Low thermal expansion, high thermal shock resistance Sanitaryware, tableware, basic ceramic powders
Corundum-Mullite 1550°C – 1650°C High strength, chemical purity, low creep Electronic ceramics, MLCCs, rare-earth oxides
Silicon Carbide (SiC) 1380°C – 1600°C Ultra-high thermal conductivity, extreme strength Heavy metallurgy, high-load sintering, hard materials
Alumina / Zirconia Coated 1200°C – 1500°C Anti-sticking surface, high alkali/lithium resistance Lithium-ion battery cathode materials (LFP, NCM)

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Price: 10USD/PC
Price: 10USD/PC
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