Machining Brass Hydraulic Valve Blocks CNC Milling Stainless Steel Hydraulic Blocks

Machining Brass Hydraulic Valve Blocks CNC Milling Stainless Steel Brass Aluminum Professional Design Hydraulic Blocks

The parameters of hydraulic manifolds mainly reflect their design and performance characteristics. The following are some key parameters:

Working pressure: The maximum pressure that the hydraulic manifold can withstand, usually in bar or pounds per square inch (psi).

Flow rate: The maximum flow rate of fluid that the hydraulic manifold can handle, usually in liters per minute (L/min) or gallons per minute (GPM).

Interface size: The size of the threaded interface, flange interface or other connector on the hydraulic manifold, usually follows international standards such as ISO, JIC, BSP, etc.

Material: The material used for the hydraulic manifold, such as carbon steel, stainless steel, aluminum alloy, etc., determines the corrosion resistance, strength and weight of the manifold.

Number of ports: The number of ports on the hydraulic manifold, which determines the number of hydraulic components that can be connected to the manifold.

Dimensions and weight: The overall dimensions and weight of the hydraulic manifold, which is very important for installation and system design.

Temperature resistance: The temperature range that the hydraulic manifold can withstand, including the minimum and maximum operating temperatures.

Sealing materials: Sealing materials used in hydraulic manifolds, such as O-rings, rubber, metal seals, etc., which affect the sealing performance and compatibility of the manifold.

Testing and certification: Whether the hydraulic manifold has passed specific tests and certifications, such as pressure testing, leak testing, third-party certification, etc.

Surface treatment: The surface treatment method of the hydraulic manifold, such as plating, anodizing, painting, etc., which affects the corrosion resistance and appearance of the manifold.

Design standards: The standards followed by the hydraulic manifold design, such as ASME, DIN, SAE, etc.

Customization options: Whether the hydraulic manifold provides customized services to meet the needs of specific applications