25PCS Hydrophilic Glass Fiber Microporous Filter Membrane - High Temperature Resistant, Efficient Filtration, 110-200mm(0.0012x110mm)

The glass fiber membrane is made of borosilicate glass fibers and has a capillary fiber structure. It can adsorb more water than the same type of fiber filter paper, has a fast flow rate, a large pollutant capacity, a high load-bearing capacity, can withstand high temperatures, and can effectively retain fine particles.This glass fiber membrane is hydrophilic in nature and is suitable for pre-filtering of water samples, filtration of ink, cell solutions, electrolytes, HPLC solutions, etc.Notes for AttentionDifferent sizes of filters have specific requirements for the diameter of the pre-filter membrane. If the diameter is too large, the edges will extend below the sealing ring, causing liquid leakage. When filtering viscous and difficult-to-filter liquids, a multi-layer filtration method is usually adopted. Two to three layers of different pore size filter membranes are stacked, and a polyester partition layer is added between the filter membranes to facilitate liquid filtration. A glass fiber pre-filter membrane is added on the top layer.·The texture of the glass fiber filter membrane is relatively loose and soft, and its strength is not very good. It is prone to breakage when bent. When using it, try to avoid touching sharp objects. When filtering some organic solvents, the filter membrane may become "paste-like".

• High filtration efficiency of 99.97% for 0.22μm & 0.45μm diameters, ideal for precise laboratory applications.
• Available in multiple diameters (110mm, 150mm, 200mm) to meet various filtration needs and specifications.
• Excellent temperature resistance up to 500°C for glue-free options, ensuring durability under extreme conditions.
• Capillary fiber structure allows for faster flow rates and higher pollutant capacity, making it suitable for ink, cell solutions, and electrolytes.
• Soft and flexible texture devised for effective filtration, but handle with care to avoid breakage and contamination.