Huwena 100 Pcs PES Syringe Filters for Lab, 25mm, 0.45um

Features: This syringe filter helps you achieve precise filtration of particles and microorganisms. This filter is suitable for a variety of applications, including buffer purification and aqueous solution clarification. Specifications: Material: pp Color: green, transparent Style: classic Department: unisex Size: about 25 mm 0.45μm Package includes: 100 x Syringe filter Notes: Manual measurement, please allow slight errors on size. The color may exist a slight difference due to different screen displays

• Wide Applications: contains 100 green, non sterile PES syringe filters, meeting the high volume filtration needs of laboratories, research institutions, university teaching laboratories, environmental testing agencies, and industrial production processes; Suitable for sample pretreatment, water quality testing, culture medium filtration, buffer purification, and reagent clarification
• High Flow Rate, Low Adsorption Membrane: utilizes a hydrophilic polyethersulfone (PES) membrane with extremely low protein and nucleic acid binding characteristics, minimizing sample loss during filtration, protecting sample integrity, and ensuring high recovery rates of target components; Ideal for biological sample processing
• Corrosion Resistant Shell: the shell is made of polypropylene (PP) material, possessing ideal chemical corrosion resistance and structural stability; Suitable for various common laboratory reagents and aqueous solutions, it is not easily deformed or broken, meeting the needs of frequent daily use
• Precision Pore Size: the syringe filter is equipped with a 0.45μM microporous membrane and a large 25mm diameter filtration area, effectively removing particulate matter, suspended impurities, and tiny contaminants from liquids while maintaining good flow rate and filtration efficiency
• Luer Interface: adopts a standard syringe filter interface design; Compatible with most laboratory syringes and related equipment; The secure connection and ideal sealing performance help reduce sample waste and liquid leakage