Hydraulic Component Design Custom

Company Profile

Founded in 1978,Ningbo Chaori Hydraulic Co .,Ltd. covers an area of 18000 square meters. As China Hydraulic Component Services and Hydraulic System Components Manufacturers, it passed the lSO9001-2000 certification in 2000,and had the important certificates and licenses, including the Special Equipment Designing and Manufacture License issued by General Administration of Quality Supervision ,Inspection and Quarantine, of China,ASME manufacture certificate of pressure vessel ,and EU CE certificate. The company took part in the establishment of accumulator type national standard, specialize in design manufacture of hydraulic components and systems.
Our customers spread over various industrial areas ,including metallurgy ,construction engineering mchinery.electrical power equipments ,automotive ,plastic machinery ,ship engineering ,aerospace and other power equipments ,automotive ,plastic machinery ,ship engineering ,aerospace and other mllitary industries.
We are dedicated to Design hydraulic components and systems. Sincerely welcome to Chaori for visit, discussion and cooperation.

Ningbo Chaori Hydraulic Co.,Ltd.currently mainly provides the following products:

1.Accumulator: Bladder type, Piston type, Diaphragm type, stainless steel type,Pipeline type,winding type,non-separated type,etc.
2.Accumulator accessories:Nitrogen charging trolley , Charging tools ,Charging volves ,Safety valves ,High pressure Relief valves, Safety control valves, Bladders , etc.  
3.Coolers: Oil Coolers.
4.Pipeline Components: High pressure ball valves,Mid/ Low Pressure ball valves, High pressure stop valves,High pressure hoses ,etc.
5.Solenoid operated hydraulic Valves : Multi-dirction ball valves ,Cooling Valves.  
6.Lubrication sets for hydraulic system:Hydraulic power supply stations, Hydraulic lubrication stations,Hydraulic control valve sets ,Hydraulic actuators ,etc.  
7.0ther:Check valves ,Pressure gauge switches ,Special purpose valve sets for hydraulic cylinder (pressure compensated valves, throttle) valves ,etc.

Our customers spread over various industrial areas ,including metallurgy ,construction engineering mchinery.electrical power equipments ,automotive ,plastic machinery ,ship engineering ,aerospace and other power equipments ,automotive ,plastic machinery ,ship engineering ,aerospace and other mllitary industries. "Be Excelsior"is always the company's philosophy.We are dedicated to provide High quality products and services to the new and old customers.Sincerely welcome to Chaori for visit , discussion and cooperation.

Certifications


About Our Product Knowledge

Several types of accumulators
An accumulator is a component that stores energy in the form of pressurized gas and fluid. It is typically used in a hydraulic system to store energy when it is not needed, and then release it when it is needed. There are several types of accumulators, including:
Bladder accumulators: These use a flexible bladder to separate the gas and fluid in the accumulator. The bladder expands and contracts as the pressure in the accumulator changes.
Diaphragm accumulators: These use a flexible diaphragm to separate the gas and fluid in the accumulator. The diaphragm moves up and down as the pressure in the accumulator changes.
Piston accumulators: These use a piston to separate the gas and fluid in the accumulator. The piston moves up and down as the pressure in the accumulator changes.

Factors to consider when designing an accumulator
When designing and manufacturing accumulators, it is important to consider the following factors:
The type of fluid being used in the system: Different fluids have different properties and can require different materials and designs for the accumulator.
The pressure range of the system: The accumulator must be able to withstand the maximum pressure in the system.
The volume of fluid that needs to be stored: The size and capacity of the accumulator must be sufficient to store the required volume of fluid.
The temperature range of the system: The accumulator must be able to withstand the temperature range of the system.
The space available for the accumulator: The accumulator must fit within the available space in the system.
The required response time: The accumulator must be able to release or absorb the required amount of energy within the desired response time.

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