Air Receiver

Pressure stabilization

• Beneficial for the pneumatic tools using the compressed air

Storage function

• For handling high air consumption

Improvement of the lifetime, reliability and functionality of your compressor

• Pulsation reduction
• Velocity reduction
• Temperature reduction
• Condensate separation

Suitable for any application using compressed air:

• Storage function in order to handle high air consumption
• Stabilize pressure peaks and provide a stable air flow
• Perform a preliminary separation and removal of condensate

Selecting the appropriate coating is essential for the lifespan of your pressure vessel and the quality of your compressed air. At Apex Air Malaysia, we offer three specialized finishes tailored to different industrial demands:

Best for: Indoor manufacturing plants and dry environments. Our painted vessels are the industry standard for most applications where the air receiver is not exposed to extreme weather. The high-quality external paint job ensures reliable protection against atmospheric corrosion, making it a cost-effective solution for standard factory setups.

Best for: High-humidity regions, coastal areas, or outdoor installations. Galvanization is the ultimate defense against rust. Through a process where the vessel is completely submerged in a liquid zinc bath, we ensure the coating adheres perfectly to both the internal and external surfaces of the tank.

• The Benefit: Full protection of the steel, even in Malaysia’s tropical climate, significantly extending the tank’s service life.

Best for: Food & Beverage, Pharmaceuticals, and Clean-room applications. These vessels undergo a specialized vitreous enamel treatment, making them completely resistant to water and steam.

• The Process: After being baked at 850°C, the enamel creates an inorganic link with the metal surface.

• The Result: A surface that no longer absorbs water and provides 100% protection against corrosion. It is the ideal choice when “perfectly clean air” is an absolute prerequisite for your production line.

• Formula 1: 1/4 x Free Air Delivery (m³/min).
• Formula 2: Motor Power (HP) x 30 = Liters.