
Explore how shampoo usage varies, from frequent washing to problem-specific needs like dandruff, with limited conditioner use, evolving fragrance-driven preferences, and expectations for texture, manageability, softness, and damage prevention.
Document the master information for shampoo bottles and caps, including dimensions and weights, to enable real-time quality control and promptly reject or inform suppliers about discrepancies.
Provide real-time images of shampoo with two color variants, green for men and orange for women, while ingredients and BOM stay the same and safety gear, including gloves, is shown.
Explore formaldehyde as a disinfectant in shampoo manufacturing, focusing on 36.6% formalin bp liquid, its cold storage, HS code 292390, and its properties as a pungent, colorless gas.
Polypropylene glycol helps skin and hair absorb and retain moisture, absorbs excess water, and reduces bacteria growth to extend product life. Liquid grade 400, hs code 3901, stored cold.
Identify ingredient -07 as a liquid antibacterial agent (HS code 3808) stored at room temperature and effective against bacteria and dandruff; prepare its specification and send to your supplier.
Learn to make shampoo from scratch, blend ingredients, and formulate shampoo. Identify how the first five to six ingredients drive effectiveness and map common components with a Venn diagram.
Discover how cocamidopropyl betaine acts as a foaming surfactant that thickens, conditions, and mildly cleans hair, with a practical mixing procedure using SLES, polyglycol 400, and water.
blend step five ingredients—sles, cpb, pg 400, guar powder, monosodium glutamate, butyl, hydroxyl, and fragrance—and include note x g k germ killer for dandruff, skipping g k for non-dandruff.
Add sodium chloride to formulations in step eight, making hair cuticle coarser for fuller look. Dissolve 7.3 g in 100 ml water, mix 20 minutes, then blend into step seven.
Examine the green and orange sample blending process and the blending stages involved in shampoo formulation.
Learn to measure hair sample pH using a pH meter, following model-specific specifications and product manuals to obtain accurate pH readings.
Operate a viscometer to measure hair sample viscosity using the specified model and product manual. Record repeat tests in a logbook with sample collected time, testing time, and results.
Explore how outer carton packaging protects inner samples and facilitates warehousing and shipping, with emphasis on carton markings, handling marks, country of origin, and three or five ply board durability.
Shampoo making means learning the best making process, packaging and know the quality control check. You will learn the Industrial shampoo manufacturing process from scratch. Guide you on the shampoo formula, ingredients and other materials.
-- You will learn how to make a industrial standard Shampoo [NO THEORY - REAL TIME INDUSTRIAL STANDARD PROCESS & IMAGES]
Make your own Industrial Standard Hair Shampoo
You can formulate the kind of shampoo you hair needs.
You will be able to make market-type shampoos
You will learn the ingredients and their functions in details with real images
You will learn the industrial standard “Shampoo Recipe”
You will learn the water consumption in batch processing
Using of fragrance in shampoo
Techniques used to make shampoo.
You will learn best shampoo formulation.
You will learn the shampoo blending process step by step with real time images.
You will know about raw material used for foam booster, thickeners, conditioning agents, modifiers and additives.
pH Concept and testing process with real images
Knowledge about proper pH value in skin care products.
Understanding pH and how to balance it.
Equipment required for small and big manufacturing.
You will learn about the analytical report
You will learn about the Material Safety Data Sheet (MSDS)
Barcode (EAN) registration and generation process
Packaging Options
Costing and Marketing
Complete package to acquire advanced skill in making commercial shampoo