High-Flow Glass Fiber Depth Filter Cartridge - Optimal Prefiltration for Oily & Gelly Solutions
The high-flow Glass Fiber Depth Filter Cartridge is constructed from borosilicate glass microfibers, delivering superior prefiltration for challenging fluids. Its inorganic composition ensures minimal media migration and excellent chemical resistance, particularly with organic solvents. Featuring high dirt-holding capacity and a gradient density structure, it effectively retains oils, gels, and fine particulates without compromising flow. An ideal cost-effective prefiltration solution for chemical, pharmaceutical, and industrial fluid processes.
FINE CHEMICAL
• Oil & Gel Removal from Chemical Streams
• Clarification of Cosmetics & Personal Care Products
• Pre-filtration of Paints & Coatings
• Purification of Recycled Solvents
• Pre-filtration of Chemical Intermediates
• Filtration of Metalworking Coolants & Cutting Fluids
Recommend Series: FCG
MICROELECTRONICS
• Pre-filtration of Oily & Gel-Containing Process Chemicals
• Process Fluid Filtration for Chemical & Gel Removal
• Impurity & Dust Removal from Compressed Air & Gases
• Pre-filtration of CMP Slurries for Final Filter Protection
• Pre-filtration for Ultrapure Water (UPW) Systems
• Pre-filtration of Electronic-Grade Solvents
Compliance: SEMI Standard
Pore Size (µm): 0.45 • 1.0 • 3.0 • 5.0
LIQUID COOLING
The LC-Series GF depth filter cartridge features a multi-layer gradient glass fiber structure, offering extremely high dirt-holding capacity and exceptional particle capture capability. It is the optimal primary filtration solution for liquid cooling systems. It can efficiently intercept 10–50 μm particulates, metal shavings, welding slag, and oxides, protecting the main circulation filter cartridge and cold plates. It is adaptable to high flow rate and high dirt load conditions, making it particularly suitable for pre-commissioning flushing and coarse filtration of systems.
• Naturally hydrophilic, high precision, and low pressure drop characteristics (suitable for high flow rate systems);
• Asymmetric structure filter membrane, ensuring long-term stability;
• Absolute filtration rating (0.05–5μm), providing semiconductor-grade single-digit particle control;
• Biologically inert and low extractables, suitable for ultra-high cleanliness requirements;
• Good temperature resistance (80–90°C);
• Customizable interface sizes and forms for volume customers.
