Availability: | |
---|---|
Quantity: | |
The Custom Precision CNC Turning Brass Water Flow Restrictor Parts
- The material used for these precision CNC turning parts is brass combined with 12L14 steel.
- The minimum order quantity (MOQ) for these precision CNC turning lathe parts is 10,000 PCS, with a lead time of 30 days.
- The precision tolerance for these CNC turning spare parts is +/-0.01MM, and the surface roughness is Ra1.6.
- JST has extensive experience in manufacturing precision CNC turning lathe spare parts, predominantly for automotive and medical applications.
If you have any inquiries regarding custom precision CNC turning lathe parts, please feel free to send us your drawings or samples for a quotation. JST is confident in being your reliable supplier.
The Custom Precision CNC Turning Brass Water Flow Restrictor Parts
- The material used for these precision CNC turning parts is brass combined with 12L14 steel.
- The minimum order quantity (MOQ) for these precision CNC turning lathe parts is 10,000 PCS, with a lead time of 30 days.
- The precision tolerance for these CNC turning spare parts is +/-0.01MM, and the surface roughness is Ra1.6.
- JST has extensive experience in manufacturing precision CNC turning lathe spare parts, predominantly for automotive and medical applications.
If you have any inquiries regarding custom precision CNC turning lathe parts, please feel free to send us your drawings or samples for a quotation. JST is confident in being your reliable supplier.
Because of its precision and ability to withstand high temperatures, this Custom Precision CNC Turning Lathe Spare Part is used in many applications across various industries. It is designed as a brass water flow restrictor. Since it is an industry where precision is significant, it serves the best to the following areas of application.
Fluid management within engines and other mechanical systems is critical. Possible applications in fuel injection systems include flow regulation, thereby enhancing efficient combustion and lowering emissions. Other potential applications are in vehicle cooling systems whereby flow regulation of the coolant proves critical in maintaining optimum engine temperatures.
Accuracy is critical, and these components are used in equipment that requires precise control over fluid flow. They can be used as modeling for IV pumps, where the rate of fluid delivery needs to be accurately controlled. Alternatively, they find utility in dialysis machines and other medical tools working with critical applications related to high-precision fluid control.
In plumbing, they can be used within water meters and control systems to manage the flow of water, things that are necessary for water conservation and efficient usage. In agricultural irrigation systems, they can control the distribution of water to crops so that watering is even on all crops, minimizing water wastage.
Because of its precision and ability to withstand high temperatures, this Custom Precision CNC Turning Lathe Spare Part is used in many applications across various industries. It is designed as a brass water flow restrictor. Since it is an industry where precision is significant, it serves the best to the following areas of application.
Fluid management within engines and other mechanical systems is critical. Possible applications in fuel injection systems include flow regulation, thereby enhancing efficient combustion and lowering emissions. Other potential applications are in vehicle cooling systems whereby flow regulation of the coolant proves critical in maintaining optimum engine temperatures.
Accuracy is critical, and these components are used in equipment that requires precise control over fluid flow. They can be used as modeling for IV pumps, where the rate of fluid delivery needs to be accurately controlled. Alternatively, they find utility in dialysis machines and other medical tools working with critical applications related to high-precision fluid control.
In plumbing, they can be used within water meters and control systems to manage the flow of water, things that are necessary for water conservation and efficient usage. In agricultural irrigation systems, they can control the distribution of water to crops so that watering is even on all crops, minimizing water wastage.
Brass and 12L14 steel are the materials that have been selected for the custom precision CNC lathe spare parts. Both belong to a category of materials that portray excellent qualities for all precision engineering applications. For example, brass is highly resistant to corrosion, has high thermal conductivity, and is easily machinable. The latter property is especially important for parts that are in contact with water or any other liquid for extended periods.
Brass is the alloy of copper and zinc. It is mainly recognized for great resistance to corrosion, especially to water and many acids; in this sense, it makes it a great deal in any part that comes into contact with water or any kind of corrosive fluid. This brass also has a good thermal conductor. This makes it good for all parts to which heat is desirable to be spread quickly, for example in engine cooling systems.
12L14 is free-machining steel noted for excellent machinability in producing precision parts to close tolerances very easily. As a leaded steel, it is much easier to machine. This 12L14 steel in brass composition improves the strength and durability of the part and makes it appropriate for application under high pressure or mechanical stress, where brass previously was found to crack under such pressure.
The Custom Precision CNC Turning Lathe Spare Part is manufactured from a combination of brass and 12L14 steel because that is what it takes. These specific material properties are what make them fit for high-precision applications: These specific material properties are what make themsuitablefor high precision applications:
This balance of brass and 12L14 steel provides adequate corrosion resistance and the required strength.These two properties are essential for use in harsh environments and for applications that require parts to be subjected to mechanical stress but not break.
Both the thermal and mechanical properties of the material are designed with a high degree of accuracy. It with standshigh temperature and pressure environments and is corrosion resistant. These three properties make it the optimal choice for components that are expected to operate without failure over a fairly long period of time.
Brass and 12L14 steel are the materials that have been selected for the custom precision CNC lathe spare parts. Both belong to a category of materials that portray excellent qualities for all precision engineering applications. For example, brass is highly resistant to corrosion, has high thermal conductivity, and is easily machinable. The latter property is especially important for parts that are in contact with water or any other liquid for extended periods.
Brass is the alloy of copper and zinc. It is mainly recognized for great resistance to corrosion, especially to water and many acids; in this sense, it makes it a great deal in any part that comes into contact with water or any kind of corrosive fluid. This brass also has a good thermal conductor. This makes it good for all parts to which heat is desirable to be spread quickly, for example in engine cooling systems.
12L14 is free-machining steel noted for excellent machinability in producing precision parts to close tolerances very easily. As a leaded steel, it is much easier to machine. This 12L14 steel in brass composition improves the strength and durability of the part and makes it appropriate for application under high pressure or mechanical stress, where brass previously was found to crack under such pressure.
The Custom Precision CNC Turning Lathe Spare Part is manufactured from a combination of brass and 12L14 steel because that is what it takes. These specific material properties are what make them fit for high-precision applications: These specific material properties are what make themsuitablefor high precision applications:
This balance of brass and 12L14 steel provides adequate corrosion resistance and the required strength.These two properties are essential for use in harsh environments and for applications that require parts to be subjected to mechanical stress but not break.
Both the thermal and mechanical properties of the material are designed with a high degree of accuracy. It with standshigh temperature and pressure environments and is corrosion resistant. These three properties make it the optimal choice for components that are expected to operate without failure over a fairly long period of time.