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

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