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

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

Grade
Laboratory Grade

Ingredients
Polyamide (Nylon) membrane; Plastic housing

HS Code
84219990

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

Smell
Odorless

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

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

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

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

Solubility
Insoluble in water

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

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

Poisonous
NO

Ph Level
Neutral (specifics depend on filtered solution)

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

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

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

Shape
Circular (membrane diameter: 13 mm)

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.