LIQUID SOAP SOLUTION

 

Here's a revised guide on the process of making liquid soap using methanol, texapon, catalyst, and other chemicals ⚗️:

Note: This process requires proper safety equipment, ventilation, and handling of chemicals 🚨. It's recommended to consult with a professional or follow established safety protocols 📚.

Ingredients:

- Methanol (CH3OH) ⚗️

- Texapon (Sodium Lauryl Ether Sulfate) 🧖

- Catalyst (Sodium Hydroxide, NaOH) ⚗️

- Distilled water 💧

- Glycerin 💦

- pH adjuster (Citric acid or Sodium hydroxide) ⚗️

- Fragrance (optional) 🎂

- Colorant (optional) 🎨

Instructions:

1. Safety precautions: Wear protective gear, including gloves 🧤, goggles 🕶️, and a face mask 🎭. Ensure proper ventilation and a well-ventilated workspace 💨.

2. Mixing the catalyst: In a separate container, mix the sodium hydroxide (NaOH) with distilled water to create a catalyst solution ⚗️.

3. Mixing the methanol and texapon: In a large mixing tank, combine the methanol and texapon 🧖. Heat the mixture to around 50°C (122°F) to facilitate dissolution ♨️.

4. Adding the catalyst: Slowly add the catalyst solution to the methanol-texapon mixture while stirring 🔄.

5. Reaction and neutralization:Continue stirring and heating the mixture until the reaction is complete (usually indicated by a pH change) ⚗️. Neutralize the mixture by adding a pH adjuster (citric acid or sodium hydroxide) ⚗️.

6. Adding glycerin and water:Mix in the glycerin and distilled water to achieve the desired consistency and pH level 💧.

7. Fragrance and colorant:If desired, add fragrance and colorant to the mixture and stir well 🎨.

8. Filtering and filling:Filter the liquid soap mixture into clean, sterilized containers 🧹.

9. Quality control:Perform quality control checks, including pH testing, viscosity measurement, and visual inspection 🔍.

Remember to follow proper safety protocols and handling procedures when working with chemicals 🚨. If you're new to soap making, it's recommended to consult with a professional or seek guidance from an experienced soap maker 📚.