Industrial burners, commonly known as nozzles, are used to combust fuel for heating materials or in industrial processes. DYDTEC Combustion offers various types of burner nozzles, including gun-type nozzles, linear burners, and oil burners.

A combustion system generally consists of four components: a burner air A combustion system generally consists of four parts: burner air supply system, ignition system, fuel system, and electrical control system. Daiding Combustion's combustion systems can provide customized combustion heating solutions according to different industry applications.

A non-standard piping system is a non-standardized piping system designed and manufactured according to specific needs and requirements. Compared to standardized piping systems, non-standard piping systems are more personalized and customized, capable of meeting specific fluid transportation and processing needs.

A non-standard combustion system is a non-standardized combustion system designed and manufactured according to specific needs and requirements. Compared to standardized combustion systems, non-standard combustion systems are more personalized and customized, capable of meeting specific combustion needs.

Non-standard thermal energy testing system refers to a customized or tailor-made system used for testing and evaluating the performance of thermal energy equipment. Its design and specifications may not comply with standardization or generalization requirements. This type of testing system is usually designed based on specific thermal energy equipment or application requirements to meet specific testing purposes and requirements.

The hot air furnaces provided by DYDTEC Combustion are mainly divided into two forms: direct-fired hot air furnaces and indirect-fired hot air furnaces. In a direct-fired hot air furnace, the process air is mixed with the high-temperature flue gas generated by combustion to obtain the required thermal energy.

The combustion control system includes combustion program control, intelligent proportional regulation, gas analysis monitoring, and flame detection. Through the intelligent integration of software and hardware, it achieves precise control of combustion medium flow rates.