3-Lauryloxy-1-propylamine

Catalog Number

ACM7617745-1

CAS

7617-74-5

Structure

Synonyms

1-Propanamine, 3-(dodecyloxy)-;3-(Dodecyloxy)propylamine;Laurixamine

Molecular Weight

243.43

Molecular Formula

C15H33NO

Actives

95%

Physical State

Liquid

Typical Applications

Use as emulsifying agent, dispersing agent.
Use as corrosion inhibitor.
Use as antistatic agent.

MSDS

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COA

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Spec Sheet

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Custom Q&A

What is the CAS number for 3-Lauryloxy-1-propylamine?

The CAS number for 3-Lauryloxy-1-propylamine is 7617-74-5.

What are some synonyms for 3-Lauryloxy-1-propylamine?

Some synonyms for 3-Lauryloxy-1-propylamine are 1-Propanamine, 3-(dodecyloxy)-, 3-(Dodecyloxy)propylamine, and Laurixamine.

What is the molecular weight of 3-Lauryloxy-1-propylamine?

The molecular weight of 3-Lauryloxy-1-propylamine is 243.43.

What is the molecular formula of 3-Lauryloxy-1-propylamine?

The molecular formula of 3-Lauryloxy-1-propylamine is C15H33NO.

What percentage of actives does 3-Lauryloxy-1-propylamine contain?

3-Lauryloxy-1-propylamine contains 95% actives.

In what physical state does 3-Lauryloxy-1-propylamine exist?

3-Lauryloxy-1-propylamine exists in a liquid physical state.

What are some typical applications of 3-Lauryloxy-1-propylamine?

Some typical applications of 3-Lauryloxy-1-propylamine include its use as an emulsifying agent, dispersing agent, corrosion inhibitor, and antistatic agent.

What is the chemical structure of 3-Lauryloxy-1-propylamine?

The chemical structure of 3-Lauryloxy-1-propylamine consists of a propylamine group attached to a lauryloxy group.

How can 3-Lauryloxy-1-propylamine be used in industrial settings?

3-Lauryloxy-1-propylamine can be used in industrial settings for its emulsifying, dispersing, corrosion inhibiting, and antistatic properties.

What are some potential benefits of using 3-Lauryloxy-1-propylamine in products or processes?

Some potential benefits of using 3-Lauryloxy-1-propylamine include improved stability of mixtures, better dispersion of substances, reduced corrosion, and prevention of static electricity buildup.

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