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Corporation
HEALTHCARE | Biotechnology
pall.com

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Founded Year

1946

Stage

Acq - P2P | Acquired

Valuation

$0000 

About Pall Corp

Pall Corp manufactures and markets filtration, purification, and separation products and integrated systems solutions worldwide. The company's Life Sciences segment provides technologies that facilitate the process of drug discovery, development, regulatory validation, and production used in the research laboratories, pharmaceutical and biotechnology industries, food and beverage industry, blood centers, and hospitals at the point of patient care.

Pall Corp Headquarter Location

25 Harbor Park Drive

Port Washington, New York, 11050,

United States

516-484-5400

Latest Pall Corp News

Versapor® RC Membranes: The next generation of venting materials

Aug 1, 2021

August 1, 2021 As the world leader in the design and production of membranes, filtration devices, and separation systems, Pall Corporation supplies products to nearly every industry in the world. Founded in 1946, Pall Corporation has set the standard for filtration solutions for 75 years and counting. Our customers have relied on us for their most sophisticated applications in diagnostics, healthcare, biopharmaceuticals, municipal water, aerospace, hydraulics, industrial fluid processing, and more. Our extensive portfolio of membrane materials offers you flexibility and peace of mind knowing that you will find the right solution for your application needs. Pall Corporation has developed the highest quality of microporous membranes and materials for filtration, separation, and purification to help optimize product performance and minimize development costs. Whether you are choosing from our standard product portfolio, requesting a modification on an existing product, or exploring the development of a completely new formulation, Pall will deliver precisely what you need. With Pall you gain access to a global, multi–site manufacturing organization with an impressive portfolio of products, quality systems, and experience to meet the diverse requirements of your internal and external customers. We know you are counting on our ability to supply products that meet the quality and performance standards your customers demand and to work within your budget and timetable. Define your needs and let us put our vast resources to work for you. Consider the many healthcare applications where a vent filter would be required, such as in IV devices, ostomy bags, or diagnostic assays, to name a few. Understand there are numerous benefits of using filtration membranes and devices specifically designed for healthcare applications to ensure a safe clinical environment. Products used in medical applications must, by design, protect both patients and medical professionals against contamination that may arise from various sources. For example, many diseases spread through airborne pathways when microorganisms carried by droplets from respiratory secretions come in direct contact with the mucous membranes of the eyes, nose, or mouth of another person. Filtration of air and service gases as well as in venting of medical equipment, play a key role in trapping airborne contaminants which may place the health of an individual at risk. Microporous hydrophobic membranes block liquids and aerosols while allowing air to flow through the membrane. They also reduce the possibility of bacterial and viral complications while aiding in the healing process. Optimized membrane solutions facilitate a quicker recovery while reducing hospitalization times and overall healthcare costs. There are several mechanisms by which a filtration membrane achieves these goals. Particles may be arrested by the sieve retention mechanism when trapped in pores that are smaller than the particles themselves. Direct Interception is when gravitation settings and electrical attraction forces are both involved in an adsorptive capture. Other mechanisms are related to inertial and diffusional interception, which are heightened in gas and air streams because of the lower viscosities that pose little impediment to the trajectory of an airborne particle. It is critical in the process of selecting a filter membrane the following aspects be considered: particle filtration efficiency, air flow rates to ensure proper pressure drop across the membrane surface, and water intrusion pressure rating. Additional concerns could be wetting, chemical and thermal resistance, compatibility with the selected sterilization method, and compliance with relevant guidelines. Exhibiting robust handling due to being cast on a non-woven support and its surface modified with a proprietary hydrophobic process, Versapor® RC membranes meet the above criteria. These products are used where particle, bacterial, and viral retention are required in medical venting applications and are one of our most durable products – You will see the Versapor® RC membrane being used in such applications as patient’s IV set vent, urinary catherization, pharmaceutical re-constitution, and negative pressure dressings to name a few. The Versapor® RC membrane portfolio utilizes three materials of construction: Acrylic Copolymer Matrix: Available in multiple pore sizes, its microporous structure is designed to ensure particulate retention, while maintaining high flow rates. It also offers dimensional strength, and broad chemical compatibility. Non-woven nylon support: The support fabric is manufactured using continuous nylon fibers randomly arranged, which enhance the physical properties of the membrane by conferring high tensile strength and dimensional stability. Proprietary Post-Treatment: This environmentally friendly process involves the application of a fluoropolymer surface modification to the membrane matrix, which imparts wetting resistance against low surface tension fluids. We offer a different variety of pore-size ratings for the Versapor® RC Versapor® RC membranes are compatible with standard methods of sealing, such as: Adhesive

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Pall Corp Patents

Pall Corp has filed 288 patents.

The 3 most popular patent topics include:

  • Fluid dynamics
  • Filters
  • Biotechnology
patents chart

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2/20/2020

11/16/2021

Engine technology, Engine components, Filters, Electrical connectors, Engine fuel system technology

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2/20/2020

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11/16/2021

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Related Topics

Engine technology, Engine components, Filters, Electrical connectors, Engine fuel system technology

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Status

Grant

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