LabExact
Glass Fiber Syringe Filter, Sterile, 1.0µm, 13mm, Luer-Lok, High Dirt-Loading, 100/Pk SKU: LE-IWT-ES10121

Featuring binderless glass fiber membrane technology delivering exceptional dirt-holding capacity and high flow rates for sterile filtration of viscous solutions and turbid samples. The 1.0µm pore size provides maximum dirt-loading capacity with superior particle retention while maintaining operational stability through 60°C for demanding analytical applications. Gamma irradiation sterilization ensures sterility validation with controlled dose monitoring and spore strip confirmation for each production lot.

Key Glass Fiber Membrane Characteristics

Borosilicate glass fiber construction provides exceptional chemical resistance and broad solvent compatibility
High dirt-loading capacity with superior flow rates enables processing of heavily contaminated samples
Outstanding compatibility with organic solvents, strong acids (except hydrofluoric acid), and bases
Depth filtration structure traps particulates throughout membrane thickness rather than surface loading
Binderless construction eliminates organic interference for analytical purity requirements

Key Construction Characteristics

Standard Luer-lock connector ensures secure syringe attachment during filtration operations
Premium polypropylene housing delivers wide chemical compatibility with over-molded design for higher operating pressures
13mm compact diameter format optimizes sample volume processing for small-scale applications
Engineered to withstand burst pressure up to 5.2 bar for reliable high-pressure filtration
Individual blister packaging maintains sterility integrity throughout shelf life

LE-IWT-ES10121 filters excel as prefilters in chromatography applications, reducing particle loading on downstream membrane filters and extending total throughput for samples with high suspended solids. Sterile construction accommodates direct use or integration with gamma irradiation and autoclave sterilization protocols. Superior chemical resistance to aggressive solvents, acids, and bases maximizes analytical flexibility for dissolution testing, sample preparation, and general laboratory filtration applications requiring both sterility assurance and exceptional dirt-loading performance.