The diesel engine achieves high efficiency, stability and low noise operation by adopting a number of innovative technologies and optimised design. Whether in industrial production, machine building or other fields, they can provide users with reliable and high-quality compressed air solutions.
Innovative design of cylinder head and fan:
The design of the cylinder head and fan with its own patented technology significantly separates the intake and exhaust chambers. In this way, the intake and exhaust processes are clearer and more independent, effectively reducing the interference between the air flows and thus improving the working efficiency of the compressor.
Piston ring "snap type" design:
The compressor adopts the design of 4 piston rings, which not only ensures the sealing between the piston and the cylinder, but also adopts the "snap type" snap structure. When the piston rings are worn out due to prolonged use, this snap structure can automatically compensate for the opening, thus extending the service life of the piston rings and reducing the frequency of maintenance and replacement.
Optimisation of the intake and exhaust valve structure:
The intake and exhaust valve structure has been optimised and designed, combined with the patented cylinder head and fan, to significantly reduce the intake and exhaust resistance and exhaust temperature. This not only improves the operating efficiency of the compressor, but also effectively reduces heat loss, enabling the compressor to operate in a more stable and efficient state.
Large-size bearing and crankshaft diameter increase:
By increasing the diameter of the crankshaft through the use of large-size bearings, this design improves the load carrying capacity and stability of the air compressor. The large-size bearings are able to withstand greater pressure and torque, making the air compressor run more smoothly and reliably.
Optimisation of moving parts:
The moving parts of the air compressor have been fully optimised to ensure that they maintain excellent performance under high loads and prolonged operation. These optimisation measures include reducing friction, lowering wear, improving lubrication, etc., thus increasing the service life and reliability of the air compressor.
Self-balancing, vibration and noise control:
The air compressor has good self-balancing and is able to maintain low vibration levels during operation. Meanwhile, the noise level of the air compressor is also effectively reduced by adopting advanced noise control technology. These features make the air compressor smoother and quieter during operation, providing users with a more comfortable working environment.
High pressure, high efficiency, high possibility:
Piston diesel engine plays an important role in modern industry with its features of high pressure, high efficiency and high possibility. With the continuous progress of technology and the expansion of application fields, piston diesel engine will continue to play its important role in the future and make greater contribution to the development of modern industry.
Low fuel consumption and long service life:
Piston diesel engines are widely used in several industrial fields for their low fuel consumption and long service life. These features make the piston diesel engine an efficient, reliable and economical power plant that can meet the needs of various industrial applications.
