The mechanism of preventing acid slag corrosion of silicon brick in coke oven is mainly based on the comprehensive advantages of its chemical composition, mineral composition and physical properties. Read More

In modern industrial production, coke oven is the core equipment in the coking process, and its stable operation is very important for the production of steel and other industries. As the key refractory of coke oven, silica brick plays an irreplaceable role in it. Read More

In the operation of coke oven, it is a common problem that the silicon brick is broken due to temperature change, especially in the parts with large temperature fluctuation. Read More

When using silicon brick for coke oven, the following matters should be paid attention to to to ensure its performance and service life Read More

The refractoriness of silicon brick is one of its most important performance indexes, which has a far-reaching impact on industrial application. Refractory refers to the temperature at which refractories resist softening or melting at high temperature, which directly determines the stability and ser Read More

The fire resistance temperature of diatomite insulation brick varies with specific products and production processes. The following information is relevant:.Refractory temperature rangeThe fire resistance of diatomite insulation brick is usually around 1250℃-1280℃. Read More

Diatomite thermal insulation brick has obvious advantages in the field of building thermal insulation. The following are its main features and advantages:I. Excellent thermal insulation performanceDiatomite thermal insulation brick is mainly composed of natural porous diatomaceous earth Read More

Diatomite thermal insulation brick has been widely used in many fields because of its excellent thermal insulation and fire resistance. The following are its main application directions:I. Industrial furnaces and thermal equipmentDiatomite thermal insulation brick is widely used for thermal insulati Read More

According to the search results, the thermal conductivity of diatomite thermal insulation brick changes at different temperatures as follows.I. Indicators:Temperature (℃): 300 10Thermal conductivity (w/(m k)): 0.13-0.20.Temperature (℃): 350 25Thermal conductivity (w/(m k)) 0.18-0.23 Read More

The thermal conductivity of diatomite thermal insulation brick varies with specific types and test conditions. Read More

In modern industrial production, energy efficiency and material properties are crucial factors. Diatomite thermal insulation brick, as a high-performance thermal insulation material, is widely used in various high-temperature industrial equipment and furnaces because of its excellent thermal insulat Read More

The service life of diatomite insulation brick is affected by many factors, including the use environment, temperature and construction quality. Read More