Protecting Sani Fluid

Protecting Sani Fluid is a thermoprotective, purifying and moisturizing fluid, it effectively shields the hair from external elements like mechanical treatment while simultaneously purifying it. 1-Purifying 2-Sanitizing 3-Hydrating 4-Reparing Split End How To Use: As pre-styling, with wet hair, apply 2 or 3 pumps on the palm of the hand, spread over the lengths, then carry out the desired styling. As a final touch, on dry hair, apply a minimal amount of product on the palm of the hand and spread it on the hair

Lanolin Alcohol Crude INCI name: Lanolin Alcohol CAS no: 8027-33-6 EINECS No. 232-430-1 Synonyms: Woolwax alcohols, Wool Alcohols Description Lanolin alcohol crude is the unsaponifiable fraction of lanolin, composed of complex mixture of aliphatic alcohols (normal, branched iso, branched anteiso, structured diols) with a mean molecular weight of approximately 370. It is produced by alkaline, hydrolysis of lanolin feedstock. Lanolin alcohol Crude is a browny waxy solid in appearence. Recycled Lanolin Alcohol Crude is an ideal feedstock for Biofuel for firing boilers and burners to produce green electricity Composition Lanolin Alcohol Mixed: more than 95% Water & Impurity: less than 1% Specification Krishna Petrochemicals Acid Value, mg KOH/g: 5.0 maximum Saponification Value, mg KOH/g: 10 maximum Melting Point, C: 45 (Light Alcohol) 60 (Heavy Alcohol) Loss on Drying, %: 1.0 maximum Residue on Ignition, %: 0.5 maximum Cholesterol Content: 5.0 minimum Uses of Lanolin Alcohol: Cosmetics/Toiletries: Hand creams Moisturizers Protective creams Self-tanners Sunscreens Glossy lipsticks Makeup removers Foundations, powders Eye makeup Hairspray Shaving creams Baby oils, diaper lotions Industrial: Printing ink Furniture and shoe polishers Textile finishers Lubricants Cutting fluids Paper Conditioner Leather Other Uses: Emulsifier Can be converted to acelytaed lanolin alcohol Refined into lighter color lanolin alcohol Blended for absorbtion bases

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Body massage cream celulite Celulite Intense action Promotes lymphatic drainage and protects the venous walls with plant essences Such as aesculus hippocastanum. Normalises cellulitic areas with Hedera elix , soothes inflamed nodules and aids the elimination of fluids from The dermohypodermosis through the action of betulla alba and fucus vesciculosus. Massage generously with upward circular movements

At present, there are 4 main extraction technology for wheat germ oil processing: supercritical CO2 fluid extraction, traditional solvent extraction, low temperature pressing and subcritical low temperature extraction. But the some of these methods have a lot of shortcomings. Supercritical CO2 fluid extraction High Cost, Low Output: As its requirements for equipment is very high, supercritical CO2 fluid extraction machine is very expensive. Besides, its output is low and difficult to adapt to large-scale production. Traditional Solvent Extraction (Hexane) High processing temperature, high energy consumption, low quality of oilcakes or meals. It is a process of extracting oil at normal pressure by use of Hexane. The temperature of extracting process and desolventizing process is high, resulting in high rate of protein degeneration of oilcakes or meals. Low Temperature Oil Pressing - High residual oil content in oil cakes / meals; high impurities and moisture content. Direct squeezing or expelling is not suitable for low oil yield materials such as wheat germ. Advantages of Subcritical Extraction Technology Subcritical Extraction Technology is a kind of pressurized (0.3-0.8 MPa) fluid extraction process. The extracting agent exists in the form of gas under normal pressure, while under critical pressure it exists in the fluid state. Under critical pressure, the molecular diffusion ability of extraction solvent is enhanced, transfer rate is accelerated, permeability and dissolving capacity is improved significantly. Besides, as it is a kind of low temperature extraction technology, the natural active ingredient in extraction materials are fully retained and protected. The extraction process is cut off from the air, which can avoided oxidation reaction of special materials and help getting high grade oil products just as supercritical extraction. But the extraction pressure is much lower than supercritical extraction, which is a good thing that makes the equipment price is much lower and also make it feasible for industrialization scale production.