Psi Pressure Gauge 500 Kg/cm2 7000 Psi SS316L Material

Introducing Our SS 316L Psi Pressure Gauge:

When it comes to accurate and robust pressure measurement, our Psi Pressure Gauge 500 Kg/cm² - 7000 Psi - SS 316L Material is the choice you can trust. This gauge is meticulously crafted from SS 316L material, offering durability and precision in a wide range of applications.

Key Features:

1. Diverse Pressure Range: Our pressure gauge handles a broad spectrum of pressure, from 500 Kg/cm² to 7000 Psi, making it a versatile tool suitable for various industrial and mechanical applications.

2. SS 316L Material: The gauge's construction from SS 316L material ensures excellent corrosion resistance, making it perfect for use in demanding environments, especially those involving exposure to harsh chemicals or extreme conditions.

3. Dependable Accuracy: This gauge provides reliable and precise pressure readings. You can confidently monitor and control your systems, even in high-pressure situations.

4. Robust and Rugged: Built for tough environments, the gauge's construction ensures that it can withstand the wear and tear of daily use while maintaining its accuracy.

5. Clear and Readable Display: The gauge boasts a clear, easy-to-read dial with distinct markings, allowing for quick and accurate assessment of pressure values.

Specifications:

- Pressure Range: 500 Kg/cm² to 7000 Psi

- Material: SS 316L

- Dial Diameter: 4 inch

- Connection: Bottom

- Accuracy: KL 1.0

- Application: Hydraulic industry

Applications:

- Chemical Industry

- Petrochemical Processing

- Mechanical Engineering

- Manufacturing Processes

- Industrial Machinery

- And More

Whether you're in the chemical industry, mechanical engineering, or manufacturing, our Psi Pressure Gauge 500 Kg/cm² - 7000 Psi - SS 316L Material is the dependable choice for precise and rugged pressure monitoring.

Invest in precision, durability, and reliability. Contact us today to order your pressure gauge and experience accurate pressure measurement in even the most demanding environments.