High-Quality Low Pressure Accumulator Piston for Efficient Performance

• Customization: Available
• After-sales Service: Repairable Within The Warranty Period
• Warranty: 2 Years
• Model NO.: 31-V-5210
• Function: Storage Pressure Vessel
• Application: Mixture
• Material: Carbon Steel
• Pressure: 0.1MPa≤p<1.6MPa
• Storage Medium: Moncombustible/Nontoxic
• Pressure Level: Medium Pressure (1.6MPa≤p<10.0MPa)
• Condition: New
• Working Medium: Mixture
• Certificate: ISO ASME
• Inspection: Available
• Capacity: 500sets/Year
• Transport Package: Steel Frame/Saddle/Box
• Specification: 6.7m³
• Trademark: TongYang
• Origin: China
• Production Capacity: 500pieces/Year

Product Description

Low Pressure Accumulator 
Low-pressure accumulators are specifically designed to operate within a lower working pressure range (typically significantly lower than common high-pressure hydraulic systems). Although they are not as prevalent in industry as high-pressure accumulators, they play an irreplaceable role in certain application scenarios.
Core concepts: The essence of an accumulator: It is a device capable of storing fluid energy (hydraulic oil or compressed gas) and releasing it when needed. The basic principle is to utilize the compressibility of gas (in hydraulic accumulators) or elasticity (in bladder-type pneumatic accumulators) to store energy.
The design focusing on material selection, and internal structure are often optimized for lower pressures. Characteristics and advantages of low-pressure accumulators: Large volume requirement: To store the same amount of fluid potential energy (energy = pressure × volume) at a lower pressure, a larger volume is usually needed than that of a high-pressure accumulator. Low-pressure accumulators tend to be larger in size.
Cost-effectiveness: For systems that already operate under low pressure, using specially designed low-pressure accumulators is usually more economical than forcibly using accumulators of a higher pressure rating. The pressure-bearing components such as the shell and seals of high-pressure accumulators are more costly.
Features and Benefits
Main features High efficient heat transfer: The combination of fins and plates makes the heat transfer coefficient much higher than that of traditional shell and tube heat exchangers.
Compact and lightweight: Large heat transfer area per unit volume, suitable for space-constrained scenarios
Multi-fluid heat transfer: To adapt to complex working conditions, they are designed with multiple processes or channels Pressure resistance and temperature limitation: Pressure capacity is usually lower than plate heat exchanger, suitable for low and medium pressure scenarios.

 CERTIFICATE

FAQ
1. Q: Are you a manufacturer or trading company? 
    A: We are a manufacturer with over thirty years experience in China.
2. Q: What's the information needed if I send one inquiry?  
     A : Please tell us the working conditions, mediums, temperature, pressure, equipment's material, size, quantity, and other             special requests. 
3. Q: How does your factory do quality control?
     A: Quality is priority, we make relevant strict testing before delivery.
4. Q: Which countries you can ship the equipment to?
     A : Russia, Iraq, New Zealand, etc...