CHROMAFIL Xtra disposable syringe filters PA-20-13 membrane material polyamide (Nylon) pore dia. 0.2 um, membrane dia. 13 mm

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CHROMAFIL Xtra disposable syringe filters PA-20-13 membrane material polyamide (Nylon) pore dia. 0.2 um, membrane dia. 13 mm Specification

Properties
High chemical compatibility high mechanical strength and excellent flow rates.

Shape
Circular (membrane diameter: 13 mm)

Ph Level
Neutral (specifics depend on filtered solution)

Smell
Odorless

Grade
Laboratory Grade

Ingredients
Polyamide (Nylon) membrane; Plastic housing

Shelf Life
Typically up to 3 years if stored in proper conditions.

Solubility
Insoluble in water

Poisonous
NO

Usage
Used as a disposable syringe filter for filtration of laboratory samples.

Appearance
Circular filter disk with white translucent polyamide membrane encased in clear plastic housing.

Storage
Store in a cool dry place away from direct sunlight and moisture.

Purity
N/A (relates to material properties not specific purity level)

Application
Liquid filtration analytical sample preparation and removal of particulate matter.

Structural Formula
N/A (Material: Polyamide/Nylon)

Physical Form
Solid (Filter disc within a disposable plastic housing)

CAS No
Not applicable for the complete filter; Polyamide (Nylon) CAS No: 25038-54-4

EINECS No
Not applicable for the complete filter; Polyamide (Nylon): 607-579-0

HS Code
84219990

About CHROMAFIL Xtra disposable syringe filters PA-20-13 membrane material polyamide (Nylon) pore dia. 0.2 um, membrane dia. 13 mm

The CHROMAFIL Xtra disposable syringe filters with PA-20-13 polyamide (Nylon) membrane feature a pore diameter of 0.2 um and a membrane diameter of 13 mm. These filters are designed for liquid filtration, analytical sample preparation, and removing particulate matter. Encased in a disposable plastic housing, the filters exhibit high chemical compatibility, mechanical strength, and excellent flow rates. With a shelf life of up to 3 years when stored properly, these circular filters are odorless, non-poisonous, and insoluble in water, making them ideal for laboratory use.