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|
IUPAC Name |
: Tetradecanoic Acid |
|
Cas Number |
: 544-63-8 |
|
HS Code |
: 2915.90.20 |
|
Formula |
: C14H28O2 |
|
Appearance Name |
: White Flakes |
|
Common Names |
: Tetradecanoic acid |
|
Packaging |
: 25 Kg Polyethylene Laminated Bag |
For more detailed information including pricing, customization, and shipping:
Myristic acid, alternatively termed tetradecanoic acid, is a common fatty acid found in both plant oils and animal fats. It is extensively distributed in fats throughout the plant and animal realms, including commonly consumed human foods such as nutmeg. This fundamental fatty acid plays a vital role in the body, participating in the stabilization of diverse proteins, including those essential for the immune system.
Myristic acid is produced industrially through the saponification of fatty oils. This process involves hydrolyzing triglyceride chains, forming fatty acid chains and glycerine. After separation, the fatty acid chains are purified via fractionation under vacuum conditions. The final step is collecting the distillate of myristic acid, ensuring a composition of at least 99%. However, obtaining a higher concentration of myristic acid content requires an advanced fractionation design and increased energy input, considering the specific composition of myristic acid.
Myristic acid, alternatively termed tetradecanoic acid, is a common fatty acid found in both plant oils and animal fats. It is extensively distributed in fats throughout the plant and animal realms, including commonly consumed human foods such as nutmeg. This fundamental fatty acid plays a vital role in the body, participating in the stabilization of diverse proteins, including those essential for the immune system.
Myristic acid is produced industrially through the saponification of fatty oils. This process involves hydrolyzing triglyceride chains, forming fatty acid chains and glycerine. After separation, the fatty acid chains are purified via fractionation under vacuum conditions. The final step is collecting the distillate of myristic acid, ensuring a composition of at least 99%. However, obtaining a higher concentration of myristic acid content requires an advanced fractionation design and increased energy input, considering the specific composition of myristic acid.
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