The number of silicon carbide nozzles is related to the amount of flue gas processed. Generally, we calculate the total spray volume based on the liquid-gas ratio, and then determine the number of nozzles based on the flow rate and spray size of the specific nozzle, mainly silicon carbide ceramic nozzles.
04
2024/10
Briefly describe the advantages and key points of using silicon carbide seals
Silicon carbide ceramic raw materials are not unfamiliar to everyone, and their application in industrial production is becoming increasingly widespread. So what are the advantages of using silicon carbide ceramic raw materials for hydraulic seals, and what are the key points of application of carbon-carbon composite hydraulic seals? Today, let's explore together!
24
2024/09
Silicon carbide spiral nozzles have a fine atomization effect, a wide range of selectable flow rates and spray angles, and are widely used in engineering. Silicon carbide spiral nozzles are chemically stable.
14
2024/09
What are the characteristics and heat dissipation principles of stainless steel heat exchange tubes?
With the continuous advancement of industrial technology, auxiliary equipment for industrial production has also been widely developed, and the use of stainless steel heat exchange tubes is increasing. So, what are the characteristics of stainless steel heat exchange tubes?
04
2024/09
2021 14th Shanghai International Exhibition of Powder Metallurgy, Cemented Carbide and Advanced Ceramics
14
2022/10
What are the common materials for stainless steel heat exchanger tubes?
Exchangers are widely used in many fields today. Heat exchangers use food-grade stainless steel, which has excellent rust and fouling resistance.
08
2022/06
Description of new multi-performance special silicon carbide roller bars and square beams
With the accelerating upgrading and iteration of modern industrial kilns and kiln furniture, higher technical requirements are put forward for the quality and performance of kiln furniture used in production.
08
2022/06
Pressureless sintered silicon carbide heat exchanger tubes
The thermal conductivity of silicon carbide is almost equivalent to that of commonly used graphite tubes, and is far higher than that of other materials. Its thermal conductivity is twice that of tantalum, five times that of stainless steel, ten times that of Hastelloy, and fifteen times that of enamel.
21
2022/04