Description and Features:

Through the different designs of the burner's surface covering, gas distribution metal plate, shape structure, and combination method, it can best adapt to different working conditions and accurately meet different needs.

Some Regular Solutions:

1. Adjustment of surface covering By adjusting the important parameters of the burner surface covering or using a combination of multiple coverings, the burner performance can be optimized in a targeted manner. For example: the customized K2000/180-ULT, based on the original conventional metal fiber fabric K1400, has enhanced the anti-flashback performance of the surface fabric, which is suitable for a variety of combustion scenarios with higher requirements for anti-flashback.

2. Design of air distribution hole metal plate By adjusting the hole type of the burner air distribution plate once, the problems of flame distribution, blockage, combustion resonance, and poor ignition in the application can be solved. For example: the special three-dimensional structure hole can improve the dust passing rate and the dust holding rate of the covering, and extend the maintenance cycle of the metal fiber burner.

3. Design of the appearance structure By adjusting the structure of the burner, the inapplicability of the original traditional cylindrical and flat burners in some heat exchange systems can be solved. For example: cone type, internal burning type, cylindrical partial flame type, etc., the customized appearance structure can meet special heat exchange requirements.

4. Changes in combination methods 1) Through the combination of different types of covers, the stability of the burner operation is enhanced and the probability of various abnormal conditions is reduced. 2) Remove the original surface covering fabric, design a special hole combination primary distribution plate, and add gas distribution components. Achieve stable operation of the burner head without fabric covering within a certain power range. For example: double-layer covering burner head, enhance its thermal insulation ability, form a large internal and external temperature difference, and reduce the resonance probability of the burner head; steel tube burner head, greatly reduce the cost and eliminate the problem of burner head clogging.

Ordinary flat hole steel cylinder burner head as an example: