What are the performance parameters of Pressure balance elements - Wuxi Sinceriend New Material Technology Co., Ltd.

1. Pressure range
The pressure range that pressure balance elements can withstand and balance is an important performance parameter. For example, some pressure balance elements used in industrial pipelines can work normally in the pressure range of 0.1-10MPa, ensuring the stable operation of pipeline systems with different pressure levels. If the pressure range is too low, the element is easily damaged under high pressure impact; if the pressure range is too high, the sensitivity of the element may be reduced, and the pressure cannot be accurately balanced.
2. Accuracy
Accuracy reflects the accuracy of the pressure balance of the element. In the pressure control system of precision medical equipment, the accuracy of the pressure balance element is ±0.01kPa, ensuring that the internal pressure of the equipment is stable within a very narrow range, providing a precise environment for medical operations. High-precision components can reduce pressure fluctuations, improve system stability and reliability, and are especially suitable for scenarios with strict pressure requirements.
3. Response time
Refers to the time required for the element to respond and start balancing the pressure when the pressure changes. In the fuel supply system of aircraft engines, the response time of the pressure balance element is as short as a few milliseconds. When the engine operating conditions suddenly change and the fuel pressure fluctuates, the element can act quickly to balance the pressure, ensure a stable fuel supply, and maintain the normal operation of the engine. Fast response can respond to pressure changes in time and avoid failures caused by pressure imbalance.
4. Durability
Measures the ability of components to maintain stable performance under long-term use and pressure cycling. For example, the pressure balance component of the automotive turbocharger system needs to work in an environment where the engine is frequently started and stopped and the pressure changes frequently. It can still operate normally after millions of pressure cycle tests, ensuring the long-term reliable operation of the turbocharger system, reducing the frequency of maintenance, and extending the service life of the system.
5. Leakage rate
Indicates the degree of gas or liquid leakage during the pressure balance process of the component. In the pressure balance system of the chemical high-pressure reactor, the leakage rate must be controlled at an extremely low level, such as no more than 0.01mL of leakage per hour, to prevent the leakage of hazardous chemicals and ensure production safety and environmental friendliness. Low leakage rate is the key to ensuring the tightness and safety of the system.