Pressure Gauge

"POINTER" Glycerin-filled pressure gauges are specifically engineered to withstand harsh and demanding environments, making them ideal for applications where vibration, pulsation, and extreme conditions are common. The glycerin filling serves multiple purposes, significantly enhancing the performance, accuracy, and longevity of the gauge.

 Key Benefits:

1. Vibration Dampening: The glycerin filling acts as a cushion, absorbing and dampening the effects of mechanical vibrations. This reduces needle fluctuation, providing a more stable and accurate reading, even in environments with heavy machinery or turbulent conditions.

2. Pulsation Resistance: In systems where pressure pulses are frequent, such as in hydraulic systems or pumps, glycerin-filled gauges effectively absorb the energy from these pulses. This minimizes the wear and tear on the gauge's internal components, ensuring consistent and reliable performance over time.

3. Internal Lubrication: The glycerin within the gauge serves as a lubricant for the movement and internal parts. This reduces friction and wear, significantly extending the operational life of the gauge. It also helps prevent corrosion and rust, which are common issues in industrial settings.

4. Enhanced Reliability: By protecting the internal mechanisms from damage caused by vibration and pulsation, glycerin-filled gauges maintain their accuracy and reliability for much longer periods. This is crucial in applications where precise pressure readings are critical for safety and efficiency.

5. Extreme Condition Adaptability: These gauges are designed to function effectively under extreme operating conditions, including high temperatures and exposure to aggressive environments. The glycerin fill prevents the entry of moisture and contaminants, further protecting the gauge from damage.

By choosing "POINTER" Glycerin-filled pressure gauges, you ensure that your pressure monitoring systems are not only accurate but also durable and capable of withstanding the toughest conditions.