Category: Sintered Porous Plastic

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    What Is Microfiltration? Purpose, Types & Use Cases

    Microfiltration technologies have transformed various industries, including healthcare and manufacturing, by efficiently separating micron-sized particles from solutions. At the core of this process are porous polymers, which play a pivotal role in achieving high levels of purity and quality. Microfiltration addresses the need for precise separation of solids and liquids in complex mixtures, ensuring exceptional […]

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    Porex Featured in Nature for Sample Collection from Alternative Sample Types

    Diagnostics is undergoing a persistent shift towards point-of-care testing, revolutionizing the traditional model of centralized laboratory diagnostics. The integration of portable and user-friendly diagnostic devices enables tests directly at the patient's location, reducing turnaround times and improving accessibility. This shift is fostering a more patient-centric approach to diagnostics, with a focus on timely results, efficient decision-making, and enhanced overall healthcare delivery.

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    Filtration Efficiency: What Is It and Why It’s Important

    Filtration efficiency is a critical factor in many industries and plays a vital role in ensuring the filters work efficiently. In this article, we will explore what filtration efficiency is, its importance, and how Porex can help you overcome filtration design challenges with customizable solutions.

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    Porex Attains ACT® Label from My Green Lab® Paving the Way for Greener Laboratories

    Porex, a global leader in porous polymer, proudly announces that My Green Lab® has granted the prestigious ACT® Label to its pipette tip filters—a significant recognition for environmentally responsible laboratory products. 

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    The Science of Ink Flow Management Brochure

    With a legacy of over 50 years, Porex® nibs and reservoirs have set the benchmark for consumer satisfaction in writing instruments across a wide range of shapes, sizes, and types. Leading manufacturers worldwide rely on the exceptional quality and reliability of our components to secure customer loyalty and maintain their dominant market presence. Our specialized […]

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    The Many Paths Towards Sustainability

    You’ve no doubt heard the word ‘sustainability’ recently.  It’s one of the latest topics concerning manufactured products.  Can it be more environmentally friendly?  Can it be recycled?  Is it biodegradable or compostable?  All of these answers add up to a sustainable product.  For some manufacturers, it’s easy to design from scratch, keeping in mind the […]

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    As seen in Clinical Lab Products – “Advanced Design for Filtered Pipetting”

    Pipette design has taken a quantum leap forward. The modern pipette and its components have undergone significant evolution and practical redesign since the origins of pipetting in the 18th century. Following the 1980s introduction of multichannel liquid-handling devices with positioning stage bases for holding microplates, pipette tips, and reservoirs, however, pipette design experienced a 30-year […]

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    Chemical Compatibility Chart – Polymer Comparison

    Our chemical compatibility chart is a valuable resource that provides information on how different polymers react with various chemicals. It will help make informed decisions when choosing materials for specific applications where exposure to different substances is a concern.  Download our chart below 

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    ASTM Standard Specification for Disposable, Plastic Serological Pipet

    This ASTM standard specification covers disposable plastic serological pipets, calibrated “to deliver” when measuring volumes of liquids.

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    p-BNC: Flexible Platform for Microfluidic Testing White Paper

    Advances in lab-on-a-chip systems have strong potential for detection of a wide range of analytes with reduced sample and reagent volume, lower costs and shorter analysis times. The completion of high-fidelity multiplexed and multiclass assays remains a huge challenge for the medical microdevice field, as it struggles to achieve and expand upon results that are […]

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