Best Glass Fiber Lab Filters of 2026

The Omicron Glass Fiber Filter is designed to efficiently trap suspended solids, making it ideal for filtering drinking water and various natural and industrial waste materials. Its biologically inert nature ensures it won’t react with the substances you’re filtering, keeping samples pure. You’ll appreciate its high capacity to hold dirt, which means fewer filter changes and more effective filtration. Additionally, this filter offers low resistance while maintaining strong filtering performance, so you can work faster without compromising quality. Overall, it’s a reliable choice for anyone needing clear, contaminant-free water or waste samples.

The Omicron Glass Fiber Filter is designed without binders, ensuring a pure filtration process. Made from high-quality borosilicate glass fiber, this filter provides exceptional chemical resistance, making it perfect for various laboratory applications. With a 47mm diameter, it easily fits standard setups, allowing you to conduct your experiments with ease. The filter's 1.6 micron pore size effectively traps particles, ensuring that you obtain reliable results. This product is an ideal choice for researchers looking for efficiency and reliability in their filtration needs.

The Omicron Glass Fiber Filter is designed for effective sterilization of small volumes, making it an ideal choice for your final filtration needs. By utilizing this filter, you can significantly reduce the presence of mycoplasma, ensuring that your samples are cleaner and safer for analysis. It is particularly useful when dealing with contaminated samples, providing you with peace of mind that your results will be more reliable. This filter is a great addition to your lab equipment, streamlining your workflow and enhancing the quality of your research.

The Sterlitech Glass Fiber Filters offer a reliable solution for lab filtration needs. With a water flow rating of 12, these filters allow efficient liquid passage, helping you achieve quick and effective filtering results. Weighing 55 grams per square meter, they provide a balanced density that supports durability without sacrificing performance. You can use these filters in high-temperature environments, as they withstand up to 550°C, making them suitable for demanding lab conditions. Additionally, their binderless design means they are free of added chemicals, ensuring cleaner filtration and better sample integrity. These features combine to make the Sterlitech Glass Fiber Filters a practical choice for your lab work.

The Omicron 133047 Glass Fiber Filter is a high-quality lab filter that offers exceptional performance and convenience. Made from borosilicate glass fiber, this filter is binder-free, ensuring that no unwanted substances are introduced into your samples. The 1.2 μm membrane filter provides excellent filtration efficiency, allowing for the removal of even the smallest particles. With a diameter of 47mm, this filter is suitable for a wide range of applications. Whether you're conducting research or performing routine laboratory tests, the Omicron Glass Fiber Filter is a reliable choice that delivers accurate and precise results.

The Sterlitech Glass Fiber Filters are designed to handle water flow levels of 12, making them efficient for various filtration tasks. With a weight of 55 grams per square meter, these filters offer a balanced thickness that supports durability without being too heavy. They are binderless, which means they do not contain any added binders, providing a cleaner filtration process for your lab work. Additionally, they can withstand high temperatures up to 550°C, allowing you to use them in demanding environments without worrying about filter damage. These features make the Sterlitech Glass Fiber Filters a reliable choice for your lab filtration needs.

The Omicron Glass Fiber Filter is designed to assist you in laboratory analysis, particularly for bacteria detection and sterility testing. This filter allows for effective clarification and pre-filtration, ensuring that your samples are clean and ready for further examination. By using this filter, you can enhance the reliability of your results and streamline your testing processes. It is an essential tool for anyone looking to maintain high standards in lab work, providing convenience and accuracy in each use.

The Yantra Quartz Fiber Wool is made from high-purity silica and natural quartz crystals, giving it a cotton-like texture that's soft and easy to handle. With a purity level of 99.95%, you can trust it for precise lab work and filtration tasks. Its density of 2.2g/cm3 ensures durability while remaining lightweight. The product's strong tensile properties mean it can withstand stress without breaking, making it reliable for your experiments or filtration needs. This quartz fiber wool offers a great balance of strength and softness, making it a practical choice for lab and industrial use.

The Omicron Borosilicate Filter is designed for precise lab work, especially in liquid scintillation counting (LSC), helping you get accurate measurement results. It also works well as a pre-filter for membrane filters, extending their life and improving filtration quality. When you need to measure tiny particles in suspensions, this filter offers reliable quantification, ensuring your data is trustworthy. Additionally, it boasts a high efficiency in trapping particles, retaining 99.8% of DOP, which means you can trust it to catch almost all unwanted contaminants during filtration.

The OKEZZI Glass Wool Filter offers alkali-free glass wool that ensures purity and prevents unwanted chemical reactions during your experiments. It can withstand high temperatures up to 600℃, making it ideal for processes requiring heat resistance. This filter is perfect for use in petroleum magnesium silicate adsorption columns, providing efficient filtration to help you accurately analyze petroleum compounds. Additionally, it works well in cadmium column reduction devices, helping you maintain reliable and consistent results. With the OKEZZI Glass Wool Filter, you get a versatile and durable lab tool that supports precise laboratory work and filtration tasks.