STEP 1
High-Temperature Operation
Capable of withstanding temperatures up to 1700°C, our furnace is designed for extreme high-temperature material testing, providing accurate results in line with industrial standards.
Induction Slag Resistance Test Furnace
High-Temperature Corrosion Resistance TestingThe induction slag resistance test furnace is engineered to assess refractory materials' performance under extreme conditions, following the stringent GB/T8931 standards. It's designed to simulate the corrosive environment of blast furnaces, offering a scientific basis for material selection and optimization.
Why Refractory Material Testing Matters
The induction slag resistance test furnace is a critical piece of equipment for evaluating the durability and performance of refractory materials when exposed to high temperatures and corrosive substances. With a maximum operating temperature of 1700°C and a precise temperature control of ±1°C, this furnace ensures accurate simulation of real-world conditions. The equipment's design adheres to GB/T8931, providing a reliable platform for material testing and analysis.
This furnace is primarily used in industries that deal with high-temperature processes, such as steel manufacturing, to test the resistance of materials against slag or molten steel corrosion. It offers a controlled environment that mimics the dynamic conditions within a blast furnace, allowing for the assessment of material integrity and performance under stress.
Compared to other testing equipment, our induction slag resistance test furnace stands out with its ability to handle multiple samples simultaneously, its non-oxidizing environment simulation, and multiple safety features including broken rod protection and over-temperature alarm. These features make it an indispensable tool for material scientists and engineers in the field of refractory technology.
- High-temperature endurance up to 1700°C for extreme condition simulation.
- Precision temperature control within ±1°C for reliable test results.
- Non-oxidizing environment simulation for accurate corrosion testing.
