What are the advantages of diaphragm pumps compared to electric pumps 

(1) Diaphragm pumps do not overheat: Powered by compressed air, the pump expands and absorbs

 heat during exhaust, resulting in a temperature decrease and the emission of no harmful gases.

(2) Diaphragm pumps do not generate electric sparks: Pneumatic diaphragm pumps do not use electricity

 and grounding prevents static sparks.

(3) Diaphragm pumps can handle liquids containing particles: Because they are volumetric pumps with a

 ball valve inlet, they are less prone to clogging.

(4) Diaphragm pumps exert extremely low shear force on materials: They draw in and discharge in the same

 way, minimizing material agitation and making them suitable for transporting unstable substances.

(5) Diaphragm pump flow rates are adjustable; a throttle valve can be installed at the material outlet to regulate the flow rate.

(6) Diaphragm pumps have a self-priming function.

(7) Diaphragm pumps can run dry without danger.

(8) Diaphragm pumps can be submerged.

(9) Diaphragm pumps can transport a wide range of fluids, from low to high viscosity, and from corrosive to

 viscous. (10) Diaphragm pumps have no complex control system, and no cables, fuses, etc.

(11) Diaphragm pumps are small in size and light in weight, making them easy to move.

(12) Diaphragm pumps require no lubrication, so maintenance is simple, and they will not pollute the environment due to leakage.

(13) Diaphragm pumps always maintain high efficiency and will not decrease due to wear.

(14) Diaphragm pumps utilize 100% of their energy; when the outlet is closed, the pump automatically stops.

 They are designed to withstand equipment movement, wear, overload, and overheating.

(15) Diaphragm pumps have no dynamic seals, simplifying maintenance and preventing leakage. They also have no dead spots.