High Pressure Compressed Air Tank

Introduction

A high-pressure compressed air tank is a pressure vessel specifically designed for storing compressed air. The tank body is typically constructed of high-strength steel and undergoes hot-dip galvanizing or anti-corrosion treatment to ensure long-term corrosion resistance and safety. High-pressure compressed air tanks primarily serve as air buffers, stabilizing system pressure, preventing frequent compressor starts and stops, and removing most liquid water. This product is manufactured in strict accordance with international and national pressure vessel standards and is a core component for improving system efficiency and ensuring production safety and stability.

Product Material

The pressure vessels are made of stainless steel, carbon steel, copper, cupronickel, titanium, etc.

-Warranty: 1 year

-After-sales service: We can provide you with overseas after-sales service

-Material: carbon steel, stainless steel, alloy steel

-Color: support customization

-Size: support customization

-Working pressure: 0.1MPa~9.9MPa.

-Delivery time: 30 ~ 90 days

-We have modern equipment and strict management to ensure product quality

Product Features

1. High Safety: Equipped with multiple safety devices, such as safety valves, pressure switches, and automatic drainage systems, to prevent overpressure and water accumulation.

2. Strong Corrosion Resistance: The tank is hot-dip galvanized inside and out; some models offer a 15-year corrosion protection warranty.

3. Compact Structure: Some models feature a vertical design and a movable base, saving space and facilitating transportation.

4. Low Maintenance Costs: Oil-free lubrication system, automatic drainage, and low-speed design extend service life.

Application Areas

1. Industrial Manufacturing: Pneumatic tools, robots, CNC machine tools, and assembly lines

2. Oil and Gas: Wellhead control, instrument air, and pipeline maintenance

3. Mining: Underground pneumatic equipment and ventilation systems

4. Food and Beverage: Sanitary air (stainless steel) for packaging, filling, and process control

5. Medical and Pharmaceutical: High-purity air for respiratory equipment and cleanroom operation

6. Energy: Power generation (turbine starting) and renewable energy (hydrogen mixed with compressed air)

Safety Warnings and Maintenance

1. Overpressure Use is Strictly Prohibited: The pressure must not exceed the maximum working pressure indicated on the nameplate.

2. Regular Drainage: Always manually or check the automatic drain valve daily to prevent water accumulation, corrosion, and the risk of sudden pressure increases.

3. Periodic Inspection: In accordance with local regulations, the pressure vessel should undergo periodic safety inspections by a qualified organization (usually every 3-5 years).

4. Professional Installation: Installation should be performed by qualified personnel, ensuring a stable foundation and correct piping connections.

5. Keep Away from Heat and Corrosion: Install in a well-ventilated, dry environment free from corrosive gases.

Usage Precautions

1. Regular Inspection: Conduct regular pressure tests and safety checks to ensure the tank is intact.

2. Correct Operation: Follow the instructions for use and avoid overpressure and misoperation.

3. Storage Requirements: Store in a dry, well-ventilated environment with a suitable temperature, avoiding direct sunlight and extreme temperatures.

Selection Guide

Choosing the right air receiver is crucial for efficient system operation. Consider the following factors:

1. Compressor Discharge Capacity: The recommended air receiver volume is typically 10% to 20% of the compressor's discharge capacity (liters/second or m³/min) (as a buffer tank) or higher (for energy storage or special operating conditions).

2. System Pressure: The maximum operating pressure of the air receiver must not be lower than the rated output pressure of the air compressor.

3. Air Usage Mode: For scenarios with large fluctuations and strong intermittency in air usage, a larger air receiver volume is required to balance the load.

4. Environment and Medium: Determine whether to use carbon steel or stainless steel based on air quality and environmental corrosivity.

5. Installation Space: Consider vertical or horizontal installation methods to adapt to the site space layout.

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