IMI PBM Sanitary Self Cleaning Ball Valves
Welcome to the advanced solution in sanitary processing: the IMI PBM Sanitary Self-Cleaning Ball Valves. These valves are engineered with state-of-the-art features to enhance efficiency and reliability in hygienic applications, ensuring a streamlined process and superior product integrity.
Innovative Design and Operation
The IMI PBM Sanitary Self-Cleaning Ball Valves incorporate the exclusive Adjust-O-Seal® technology. This allows the valves to self-adjust, compensating for wear and maintaining optimal performance throughout their lifespan. The true innovation lies in their ability to thoroughly clean themselves during Clean-In-Place (CIP) operations while in the fully open position, guaranteeing a high level of hygiene and minimizing downtime.
Unobstructed Flow and Superior Sealing
These valves provide a complete, unobstructed flow, a significant advantage over traditional floating ball, diaphragm, and butterfly valve designs. The bidirectional, bubble-tight shutoff ensures no leakage, enhancing the safety and cleanliness of the processing environment.
Material and Construction Quality
Constructed from materials like 316L stainless steel, Hastelloy™, and AL6XN™, the IMI PBM Sanitary Self-Cleaning Ball Valves are designed to withstand harsh environments and aggressive cleaning processes. Options for mechanical or electropolish finishes cater to different industry needs, ensuring compatibility with various processing standards.
Versatility in Applications
The versatility of the IMI PBM valves is unmatched. They are available in various sizes and can be fitted with multiple end connections such as extended tubes, hygienic clamps, or compression ends. This makes them suitable for various applications across pharmaceuticals, food and beverage, and biotechnologyindustries.
Advanced Features and Customization
To meet specific industry needs, these valves can be customized with features like the patented locking lever handle and direct-mount automation and controls. The unique fire-rated sanitary design further isolates the product media from contaminants, ensuring the integrity and purity of the process materials.
Commitment to Quality and Compliance
IMI PBM’s commitment to quality is evident in its adherence to stringent standards. The valves are ASME BPE compliant and utilize USP Class VI elastomers and FDA-compliant materials, which underscore their suitability for critical and hygienic processes.
IMI PBM Sanitary Self-Cleaning Ball Valves are a reliable solution for maintaining purity and efficiency in your processing environments. Their innovative design, robust construction, and a range of customizable options make them a top choice for industries requiring the highest cleanliness and operational efficiency standards.
Related Products
At Liquidyne, we prioritize our commitment to quality and consistency. In 2017 we achieved ISO 9001:2015 Quality Management System certification to ensure we can repeatedly deliver consistently high-quality products and solutions. Being an ISO 9001 facility, together with our USP Class VI Testing, ASME Bioprocessing Equipment (BPE), and EHEDG certification guarantee, we have the methodologies to assure quality. We will quickly and accurately rectify any issues if any of our products are ever in non-conformance.
"Thanks so much! What a quick turn around. It is a pleasure working with Liquidyne."
Process Development Manager
"I received the cart yesterday, thanks for the fast delivery! It feels sturdy. I sat on it. It does not bounce. It is also easy to clean and wipe or wash down."
Vice President, Analytical Development and Manufacturing
"Thanks again for reacting so quickly and meeting me halfway with the element. We will be able to get installed and have things keep moving overnight with the night crew. The little things like this are always greatly appreciated when working with Liquidyne."
Chemical Engineer
“This pump cut our processing time from 3 days to 1 shift. I’m not giving this pump back. You will have to come and get it if you want it... and that won’t likely happen.”
VP Antibody Manufacturing