0.8 Micron, Nylon Membrane Filters

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Manufactured by: Sterlitech Corporation

Category: Supplies

0.8 Micron Nylon Membrane Filters

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Lead Times May Vary.

Discover the precision and reliability of our 0.8 Micron Nylon Membrane Filters, designed for a variety of essential applications in laboratories and industrial settings. Each filter is expertly manufactured from high-quality nylon, featuring a pore size of 0.8 μm and a 13 mm diameter, providing exceptional durability and consistent performance. Each pack contains 100 filters, ideal for high-throughput environments.

Key Features:

Material: Made from hydrophilic nylon, ensuring low extractable levels and compatibility with various solutions.

Support Structure: Reinforced with an internal polyester web for added robustness during filtration processes.

Pore Size: Optimized 0.8 μm, providing effective retention for both particulate and microbial contamination.

Heat Resistance: Max temperature up to 180°C, allowing versatility in both aqueous and organic solvents.

Nylon Membrane Filter Applications:

General Filtration Needs

Medical Assays

Processing in Food, Beverage, and Pharmaceutical Industries

HPLC Sample Preparation for Accurate Results

Sterilization and Clarification of Aqueous and Organic Solvent Solutions

Compliance with ASTM D6217 for Particulate Contamination Testing

Suitable for ASTM D5304 for Assessing Fuel Storage Stability

Specifications:

SKU	Material	Retention	Pore Size	Thickness	Max Temperature
NY0813100	Nylon	0.8 μm	0.8	65 to 130 μm	180°C
NY0814225	Nylon	0.8 μm	0.8	65 to 130 μm	180°C
NY082005	Nylon	0.8 μm	0.8	65 to 130 μm	180°C
NY0825100	Nylon	0.8 μm	0.8	65 to 130 μm	180°C
NY0847100	Nylon	0.8 μm	0.8	65 to 130 μm	180°C
NY089025	Nylon	0.8 μm	0.8	65 to 130 μm	180°C

Additional Information:

SKU	Protein Binding	pH Range	Bubble Point	Country of Manufacture	Flow Rate	Sterilization
NY0813100	~120 μm/cm²	3 to 12	13 psi	United States	80.5 mL/min/cm²	Gamma Irradiation, EtO, Autoclave
NY0814225	~120 μm/cm²	3 to 12	13 psi	United States	80.5 mL/min/cm²	Gamma Irradiation, EtO, Autoclave
NY082005	~120 μm/cm²	3 to 12	13 psi	United States	80.5 mL/min/cm²	Gamma Irradiation, EtO, Autoclave
NY0825100	~120 μm/cm²	3 to 12	13 psi	United States	80.5 mL/min/cm²	Gamma Irradiation, EtO, Autoclave
NY0847100	~120 μm/cm²	3 to 12	13 psi	United States	80.5 mL/min/cm²	Gamma Irradiation, EtO, Autoclave
NY089025	~120 μm/cm²	3 to 12	13 psi	United States	80.5 mL/min/cm²	Gamma Irradiation, EtO, Autoclave