TH26152B - Soap - Google Patents

Abstract

Soap bars containing 90 to 50% fatty acid soaps are obtained from tallow fat. Tallow (non-lauric fat) and fatty acid soaps: 10 to 50% of coconut oil is obtained. Solving well-known problems with roughness consisted of reducing the soap's texture and balancing its composition by adding a substance known as lauric acid. co-active substances (co-active) down Keep in mind that the problems posed by the active ingredients are Loss of product structure in soap pelletization The production of a bar of soap containing co-active ingredients is produced by a manufacturing process that ultimately increases the price of the product. The invention of the bar of soap which consists of a) the total actives of a soap made from lauric acid is at least 25% by weight; b) according to the soap balance. Soaps that are not made from lauric acid have an iodine value of less than 45 and c) a combined active ingredient containing at least 5% by weight of one or more softening active ingredients. acceptable weakness But it can be produced with the tools of a conventional manufacturing process.

Claims (9)

1. A bar of soap consists of a dry soap mixture containing a) the combined active ingredient of soap made from lauric acid. There is at least 25% by weight. B) according to the balance of soap. Soap that is not made from lauric acid. It has iodine value less than 45 and c) combined active ingredient with a softening auxiliary active ingredient. Or more than one species is at least 5% by weight. 2. Bar of soap according to claim No. 1 at the iodine value of soap that is not made from Lauric acid. It ranges from 10 to 45. 3. Bar of soap according to claim No. 2 at the iodine value of soap that is not made from Lauric acid. It ranges from 20 to 40. 4. The bar of soap according to one of the previous claims Which follows Synthetic anionic active ingredient is not more than 20% by weight of preferred use in a level not more than 10% by weight of the most preferred use of not more than 6% by weight of the total active ingredient capacity of the product. 5. Soap bar according to any of the previous claims At the capacity of total dissolved active substance in the range of 50 to 70% by weight, depending on the capacity of the total active ingredient normally is 100% by weight and the saturated soap arrangement with less carbon chain length. 16 atoms, unsaturated soap Synthetic anionic active ingredient And the active ingredient added to the softness already mentioned In the capacity of the dissolved active substance 6. The soap bar, according to one of the previous claims, where the softening active ingredient contains 5 to 25%, the preferred weight is 8 to 20%, with the preferred weight of 9. Up to 18% by weight of total active ingredients 7. The bar of soap according to any of the previous claims The ratio of the foaming agent was greater than 0.56, the preferred was over 0.6, the more used was greater than 0.8. With less than 16 carbon atoms plus any synthetic anionic active substance Divide by the sum of unsaturated soap plus the softening active ingredient mentioned above. 8. The bar of soap according to one of the previous claims Total water capacity ranges from 8 to 20%, with preferred bar mass in the range of 9 to 17%, with preferred weight ranges from 10 to 16% by weight. 9. Production process of soap from meat soap. The steps are: a) The soap preparation contains non-lauric acid fatty acid soap. Contains iodine value less than 45 and lauric acid fatty acid soap. One or more types and dried to make a homogeneous mix. Received contains the total active ingredient of the auxiliary active ingredient that gives the soft At least 5% by weight of total active ingredient of soap made from Lauric acid. There is a minimum of 25% by weight and 8 to 20% by weight and c) the end of soap making without using energy to achieve 1 bar of soap. 0. Process according to claim 9 at the end of soap making (c) process with the simple process is milling, plodding, stamping. )