Corrosion-resistant: As bladders are typically made of corrosion-resistant PTFE material, they can safely transport various corrosive liquids or media requiring high purity without undergoing a chemical reaction with the liquid or contaminating it.
No-Leak Design: The design of the blower pump typically emphasizes sealing to ensure no liquid leakage occurs during the pumping process.
Flow Control: By adjusting the supply quantity or frequency of compressed air, the inflation and deflation speed of the air bladder can be controlled, thereby regulating the pump's output flow rate. This makes the air bladder pump excel in applications requiring precise control of liquid flow.
Self-priming capability: The flexibility of the air bag and its ability to generate vacuum. Even at lower liquid levels, the air bag can effectively draw in liquid without the need for additional auxiliary equipment.
In summary, the air bladder plays a critical role in the air bladder pump, not only responsible for the conveyance of liquids and flow control, but also offering multiple advantages such as pressure buffering, corrosion resistance, self-priming capability, leak-proof design, and excellent adaptability. These features have led to the wide application of PTFE air bladder pumps in various fields including chemicals, pharmaceuticals, semiconductors, and food processing.