Description:
1. Preliminary preparation
1.1 Raw material procurement
The main raw materials of the pump are cast iron, stainless steel and other metal materials, as well as various sealing materials and electrical components. When purchasing raw materials, it is necessary to pay attention to quality and supplier credibility to ensure the quality and stability of raw materials.
1.2 Make production plans
Make reasonable production plan, including production quantity, production cycle, production process, etc., to ensure production schedule and production efficiency.
Second, production and processing
2.1 Casting processing
Casting is a key link in the manufacture of the main parts of the pump, including casting model design, mold manufacturing, melting casting, etc. The key to this link is the production of the mold and the casting process to ensure the accuracy and quality of the casting.
2.2 Machining and assembly
Cast iron materials need machining and surface treatment before they can be used, machining includes CNC machine tool processing and traditional machine tool processing. The assembly work includes the splicing and combination of various parts, which needs to be operated in strict accordance with the process flow and technical requirements.
Third, inspection and testing
3.1 Appearance Inspection
Check the surface finish, geometry and fit clearance of the castings to ensure that the quality and dimensional accuracy of the parts meet the requirements.
3.2 Performance Test
Performance test is divided into static test and dynamic test, static test includes pressure test, leakage test, etc., dynamic test includes flow, head, efficiency and other aspects of the test.
Fourth, maintenance
4.1 Daily Maintenance
After the production of the pump, it is necessary to carry out daily maintenance work, including dust cleaning, lubricant replacement and anti-corrosion treatment, to ensure the long-term reliable operation of the equipment.
4.2 Fault Maintenance
In the production process, there may be various failures of the pump, which need to be repaired and replaced in time to ensure the stable and efficient operation of the equipment.
Through the production process described above, we can see that the production process of the pump is very complicated and complex, requiring fine production and strict inspection and testing. In view of some bottlenecks and difficulties in the production process, manufacturers can appropriately adopt some measures to optimize the production process, such as the introduction of advanced processing equipment and automated assembly lines to improve the composition of the first and carburetor
The carburetor usually consists of two main parts: the throttle and the nozzle. The throttle controls the flow of air and the import and export of fuel by rotating or pulling operation to control the speed of the engine. The nozzle atomizes the fuel to form a flammable gas, which is sprayed into the cylinder of the engine for combustion.
Second, the production process of carburetor
1. Manufacturing nozzles: The first is the production of nozzles, which are usually made of plastic or metal. The process of manufacturing nozzle includes mold design, raw material screening and processing manufacturing, of which the most critical is precision machining.
2. Manufacturing throttle valve: The throttle valve is usually made of aluminum alloy or plastic and other materials, and the production process includes mold design, processing and manufacturing, surface treatment and assembly.
3. Assemble the carburetor: combine the nozzle and throttle that have been manufactured, and then carry out strict quality testing and debugging to ensure that the carburetor can work normally.
Three, the advantages of carburetor
1. Energy saving: The combustion efficiency of the carburetor is high, which can make the engine use fuel more effectively, thereby reducing emissions and improving fuel economy.
2. Stable performance: The carburetor responds quickly to changes in pressure and temperature in the cylinder, which can always keep the engine in the best condition and is conducive to extending the engine life.
3. Low production cost: Compared with other fuel injection systems, the production cost of the carburetor is lower, and the cost advantage is more conducive to the application of the low-end market.
In short, the carburetor production process is complex, but the carburetor has the advantages of energy saving, high stability and low production cost, so the carburetor is still an important technology in modern automobile production. Productivity and product quality.
| name |
vaporizer |
| condition |
new |
| certificate |
ISO9001 |
| Origin of place |
Hangzhou |
| flow |
1000 nm3/h |
| medium |
oxygen |
Audited Supplier 
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