"High IP" Peristaltic Pump: Upgraded Protection, Superior Performance

"High IP" Peristaltic Pump: Upgraded Protection, Superior Performance

In industrial, pharmaceutical, chemical and other extreme environments, conventional peristaltic pumps often fail to meet specific usage requirements, especially in terms of dustproof and waterproof grades. However, the emergence of "high IP" peristaltic pumps has filled this gap, achieving higher protection standards through enhanced design, enabling them to maintain stable and reliable operation under harsh conditions.

What is a "High IP" Peristaltic Pump? "High IP" refers to a peristaltic pump with a high Ingress Protection (IP) rating, meaning it has a high level of dustproof and waterproof capability. According to the IP coding system defined by IEC 60529 and ISO 20653, the higher the IP rating, the stronger the device's protection against the intrusion of external objects. For example, the BPP series of IP65 peristaltic pumps indicates that it can completely prevent dust from entering and can withstand water jets from all directions, preventing water from entering the peristaltic pump and causing damage.

Features and Advantages

  1. Ultra-strong sealing:The BPP series of "high IP" peristaltic pumps adopts a multi-seal design to ensure that even under high-pressure flushing or water jets, the internal components can remain dry and clean.
  2. Corrosion resistance:The pump body and accessories are made of high-grade corrosion-resistant materials, capable of withstanding the effects of acidic and alkaline solutions, salt spray, and other corrosive environments.
  3. Reinforced structural design:Enhanced physical strength and durability, suitable for applications in environments with long-term vibration or impact.
  4. Easy to clean and maintain:The smooth surface design facilitates daily cleaning and makes it easy to replace the pump tube, reducing downtime and improving production efficiency.

To learn more about the application scenarios of "high IP" peristaltic pumps, please click here.

 

Posted in Default Category on January 07 at 04:43 AM

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