Working Conditions and Refractory Selection for Melting Furnace
A waste incineration & power generation-grade refractory product engineered for reliable high-temperature service.
Working Conditions and Refractory Selection for Melting Furnace
A waste incineration & power generation-grade refractory product engineered for reliable high-temperature service.
The following table lists the key technical properties of Working Conditions and Refractory Selection for Melting Furnace. For full data sheets, mix-design recommendations or installation instructions, contact our engineering team.
Technical Specifications
|
Position |
Working conditions |
refractory material features |
Selected refractory material |
|
Drying preheating zone |
1. Working temperature℃ 2. Erosion and abrasion by waste 3. Corrosive gas erosion |
1. Wear resistance 2. Corrosion resistance |
Working layer: clay products |
|
Pyrolysis gasification zone |
1. Working temperature300-1000℃ 2. High-temperature flue gas erosion 3. Corrosive gas erosion 4. Thermal shock from temperature changes |
1. Corrosion resistance 2. Thermal shock resistance 3. Corrosion resistance |
Working layer: high corrosion-resistant refractory products |
|
Combustion melting zone |
1. Working temperature1400-1700℃ 2. High-temperature flue gas erosion 3. Corrosive gas erosion 4. Low-melting substance erosion |
1. High corrosion resistance 2. High temperature resistance 3. Corrosion resistance 4. Thermal shock resistance |
Working layer: oxidizing atmosphere, chromium-containing refractory products |
|
waste heat boilerparts |
1. Working temperature500-600℃ 2. hot steam |
|
Working layer: lightweight insulating brick |
Application
Suitable for use in the Refractories for Waste Incineration & Power Generation. This product page has been viewed 2962 times.