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Perchlorate ionophore I 84896-72-0

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Perchlorate ionophore I 84896-72-0 Specification

Storage
Store in a cool, dry place, protected from light

Purity
>98%

Refractive Rate
Not determined

Solubility
Soluble in organic solvents, insoluble in water

Application
Used in fabrication of perchlorate-selective ion-selective electrodes (ISEs)

Usage
For research and laboratory analytical purposes

Shape
Crystalline powder

Melting Point
7375C

Properties
Highly selective for perchlorate ions, for use in ion selective electrodes

Smell
Odorless

Grade
Analytical Grade

Ph Level
Neutral (7 in aqueous suspension)

Poisonous
May be harmful if swallowed

Appearance
Off-white to light yellow solid

EINECS No
284-749-7

Physical Form
Powder

Molecular Weight
444.56

Product Type
Laboratory Chemical / Ionophore

Shelf Life
2 years (when properly stored)

CAS No
84896-72-0

HS Code
29349900

Taste
Not determined

Density
Gram per cubic centimeter(g/cm3)

Structural Formula
[Structural Formula image available upon request]

Ingredients
Perchlorate Ionophore I (Proton selective carrier)

Molecular Formula
C25H36N2O5

Perchlorate ionophore I 84896-72-0 Trade Information

Supply Ability
100 Per Week

Delivery Time
1 Week

About Perchlorate ionophore I 84896-72-0

Utilise this last chance to acquire Perchlorate Ionophore I (CAS No. 84896-72-0), a world-class analytical grade ionophore distinguished by ineffable selectivity for perchlorate ions. Its lofty purity (>98%) and stable crystalline powder form make it highly suited for research applications, particularly as a perchlorate-selective carrier in the fabrication of ion-selective electrodes. Supplied in secure amber glass vials and compatible with standard membrane matrices, this product is non-hazardous for transport. Purchase today and harness international-grade performance for laboratory advancements.

Application Method & Areas for Perchlorate Ionophore I

Perchlorate Ionophore I is typically incorporated into membrane matrices such as PVC or o-NPOE to create perchlorate-selective ion-selective electrodes. The surface of application is most often polymer-based electrodes used in laboratory settings. It is exclusively employed for laboratory analytical procedures, including environmental and chemical analysis. This specialized carrier is essential in research institutions and analytical laboratories seeking precise perchlorate ion measurements.

Certifications, Packaging & Delivery for Perchlorate Ionophore I

Perchlorate Ionophore I is supplied with the highest global standards for analytics, commonly delivered in amber glass vials to ensure stability and prolonged shelf life. Supply chains are streamlined, with a lead time of 13 weeks, contingent on order volumes. Packaging is robust enough for international goods transport, guaranteeing product integrity. Reliable logistics partners facilitate distribution, ensuring accurate and timely delivery to wholesalers, retailers, and laboratories in India and abroad.

FAQs of Perchlorate ionophore I 84896-72-0:

Q: How should Perchlorate Ionophore I be applied in research laboratories?

A: It should be incorporated into standard membrane matrices such as PVC or o-NPOE to fabricate perchlorate-selective ion-selective electrodes, following recommended laboratory protocols.

Q: What packaging is used for Perchlorate Ionophore I during shipping?

A: The compound is typically packaged in amber glass vials, providing protection against light and ensuring material stability during transport.

Q: When can I expect delivery after I purchase Perchlorate Ionophore I?

A: Delivery usually occurs within 1 to 3 weeks from the order date, depending on order volume and logistics arrangements.

Q: Where can Perchlorate Ionophore I be sourced from?

A: It is available through select chemical suppliers in India who specialize in ionophores, including distributors, exporters, and wholesalers.

Q: What are the key benefits of using Perchlorate Ionophore I for laboratory analysis?

A: It offers highly selective performance for perchlorate ions, exceptional purity, chemical stability, and compatibility with various membrane systems, making it ideal for accurate ion-selective electrode fabrication.

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