| Quantity: | |
|---|---|
0000301
JINBIANDA
In the automotive industry, exhaust manifolds are commonly manufactured through precision casting. The casting process allows for the creation of manifolds with complex geometries that can handle the high temperatures and corrosive gases from the engine exhaust. The precise dimensions and good surface finish of the cast manifolds ensure proper sealing and connection with other exhaust system components. This helps in reducing emissions and improving the overall performance of the vehicle's exhaust system.
For industrial manufacturing, precision casting is applied in the production of gears for heavy machinery. The accurate tooth profiles and dimensions of the cast gears are crucial for proper meshing and power transmission. The casting process can also incorporate features such as gear hubs and keyways with high precision. This results in gears that can withstand heavy loads and operate smoothly in industrial gearboxes.
In the automotive industry, exhaust manifolds are commonly manufactured through precision casting. The casting process allows for the creation of manifolds with complex geometries that can handle the high temperatures and corrosive gases from the engine exhaust. The precise dimensions and good surface finish of the cast manifolds ensure proper sealing and connection with other exhaust system components. This helps in reducing emissions and improving the overall performance of the vehicle's exhaust system.
For industrial manufacturing, precision casting is applied in the production of gears for heavy machinery. The accurate tooth profiles and dimensions of the cast gears are crucial for proper meshing and power transmission. The casting process can also incorporate features such as gear hubs and keyways with high precision. This results in gears that can withstand heavy loads and operate smoothly in industrial gearboxes.
