Home All Products Toilet Soap Noodles TFM ±79% (80:20)

Toilet Soap Noodles TFM ±79% (80:20)

IUPAC Name

:   N/A

Cas Number

:   143-07-7

HS Code

:   3401.20.20

Formula

:  

N/A
Basic Info

Appearance Name

:   White Solid

Common Names

:   Soap Chips

Packaging

:   25 Kg – Laminated Bags
Category
Soap Noodles
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Technical Document

Brief Overview

Making soap noodles requires the saponification process using sodium hydroxide to saponify vegetable oils including palm, coconut, olive, and/or animal fat (tallow). One of the earliest known types of soap is soap noodles. The majority of soap producers utilize soap noodles because they create soap more quickly, even when flavors, colors, and other ingredients are modified. It is possible to modify the finished soap product by using further procedures like pressing, stamping, and molding.

Manufacturing Process

In the primary soap-making method, triglyceride molecules undergo direct saponification with sodium hydroxide. Hydrolysis breaks down fats and oils into glycerol and fatty acids. The ensuing step involves the neutralization of fatty acids using sodium hydroxide. Methanol is employed for the trans-esterification of the oil or fat, generating methyl esters, which are then saponified with sodium hydroxide to yield soap, accompanied by methanol as a byproduct.

Brief Overview

Making soap noodles requires the saponification process using sodium hydroxide to saponify vegetable oils including palm, coconut, olive, and/or animal fat (tallow). One of the earliest known types of soap is soap noodles. The majority of soap producers utilize soap noodles because they create soap more quickly, even when flavors, colors, and other ingredients are modified. It is possible to modify the finished soap product by using further procedures like pressing, stamping, and molding.

Manufacturing Process

In the primary soap-making method, triglyceride molecules undergo direct saponification with sodium hydroxide. Hydrolysis breaks down fats and oils into glycerol and fatty acids. The ensuing step involves the neutralization of fatty acids using sodium hydroxide. Methanol is employed for the trans-esterification of the oil or fat, generating methyl esters, which are then saponified with sodium hydroxide to yield soap, accompanied by methanol as a byproduct.

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