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Home > Cosmetic Ingredient > Viscosity Controlling (Find 530 items)

Cosmetic Ingredient

Chemicals as Skincare Ingredients

Viscosity Controlling

Achieve optimal viscosity in your cosmetic formulations with our viscosity controlling agents. Check all the chemical products you need for viscosity controlling with CAS NO., property information, and SDS. Shop viscosity-controlling raw chemical materials from certified suppliers with detailed product information.

Hydroxyethyl methyl cellulose

(9032-42-2)
Water retention aid, thickening agent, protective colloid, suspending agent, binder and stabilizer.

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Magnesium trisilicate

(14987-04-3)
Odor absorber. Decolorizer. Antioxidant. TLC adsorbent. Column chromatography adsorbent.

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1-Tetradecanol

(112-72-1)
As emollient for cold creams, etc., also for making the sulfated alcohol whose sodium salt is applicable as a "wetter" in textiles.

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Polyaziridine

(9002-98-6)
Used as a polyelectrolyte multilayer on charged surfaces to provide a biocompatible coating on surfaces.1Detergents, adhesives, water treatment, printing inks, dyes, cosmetics, and paper industry, adhesion promoter, lamination primer, fixative agent, flocculant, cationic dispersant, stability enhancer, surface activator, chelating agent, scavenger for aldehydes and oxides.

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Bis(2-hydroxypropyl) ether

(110-98-5)
Bis(2-hydroxypropyl) Ether is commonly used as a plasticizer, an intermediate in industrial chemical reactions.

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Tristearin

(555-43-1)
In textile sizing, formerly in making candles.Glyceryl Tristearate is a formulation aid, lubricant, and release agent, prepared by reacting stearic acid with glycerol in the presence of a suitable catalyst. The additive is used as a crystallization accelerator in cocoa products; a formulation aid in confections; a formulation in fats and oils; and a winterization and fractionation aid in fat and oil processing.

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1-Undecanol

(112-42-5)
1-Undecanol is an antifungal, antioxidant compound. As well, it is used in the synthesis

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Natural Rubber

(9003-31-0)
Natural rubber can be used to make tires, rubber tubes, rubber shoes, gloves, aircraft and auto parts. Natural rubber is one of the main materials for making tires. About 70% of natural rubber is used in tire manufacturing. Natural rubber has good elasticity and wear resistance, making it an ideal choice for tires for vehicles such as cars, trucks, motorcycles, bicycles and airplanes. Natural rubber is also used in the production of various rubber tubes and rubber seals. For example, natural rubber hoses can be used for water pipes, gas pipes, oil pipes, gasoline pipes, etc., and rubber seals are used in various fields of seals, valves, pipes and pumps. Natural rubber is also one of the main raw materials for the production of rubber shoes and gloves. Rubber shoes and gloves are important supplies to protect the human body from physical and chemical damage. They are waterproof, non-slip, acid and alkali resistant and wear resistant, making them ideal for industrial, agricultural, medical and home use. Natural rubber can also be used to make various aircraft and automobile parts. For example, rubber springs, rubber stops and rubber shock absorbers made of natural rubber are all used in the automotive field. In addition to the above applications, natural rubber can also be used to make a variety of rubber products, such as rubber pipe joints, rubber gaskets, rubber conveyor belts, rubber rollers, rubber MATS, rubber floors, etc. Natural rubber is a high performance, multi-functional material with good elasticity and wear resistance. Therefore, it is widely used in various fields and is known as ""green material"".

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Triolein

(122-32-7)
Triolein is a symmetrical triglyceride derived from glycerol and three units of the unsaturated fatty acid oleic acid. Most triglycerides are unsymmetrical, being derived from mixtures of fatty acids. Triolein represents 4-30% of olive oil.Triolein is also known as glyceryl trioleate and is one of the two components of Lorenzo's oil.

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Sepiolite

(63800-37-3)
A primary use of sepiolite was as an animal waste absorbent (cat litter).

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Viscosity controlling refers to the manipulation of the thickness or flow properties of cosmetics. According to formulation needs, viscosity modifiers can be divided into natural and synthetic categories, with natural options such as gums and waxes offering gentle control, while synthetic polymers provide precise adjustments. According to the application method, viscosity-controlling agents can be divided into emulsifiers for stabilizing oil-in-water or water-in-oil formulations, and thickeners for enhancing texture and spreadability. "Viscosity control agents" on ECHEMl mainly supply raw materials for viscosity controlling.

More Information

Viscosity refers to a product's thickness and its resistance to deformation when force is applied, influencing how it flows and feels upon application.

In cosmetics, maintaining optimal viscosity is essential for product stability. For instance, if an emulsion is too thin, there's a risk of phase separation between oil and water components, leading to an unstable formulation that requires constant agitation or becomes ineffective over time. Similarly, in products containing suspended particles like color cosmetics or mineral sunscreens, inadequate viscosity can cause the particles to settle, resulting in formulation instability.

Main factors in viscosity controlling:

•Selection of rheology modifiers

•Concentration of thickeners or thinners

•Temperature effects

•Shear rate and shear stress

•pH of the formulation

Frequently Asked Questions

What is viscosity controlling and why is it important in industrial applications?

Viscosity controlling refers to the process of managing or adjusting the thickness or flow resistance of a liquid to meet specific performance requirements. It is crucial in industries such as paints, coatings, food processing, pharmaceuticals, and oil & gas, where consistent product texture, stability, and application behavior are essential for quality and efficiency.

What are common methods used for viscosity control?

Common methods for viscosity control include:1. Adding thickeners or rheology modifiers like cellulose derivatives, clays, or fumed silica.2. Using diluents or solvents to reduce viscosity.3. Adjusting temperature, as many fluids become less viscous when heated.4. Employing mechanical mixing or shear to temporarily alter flow properties.The choice of method depends on the base material, end-use requirements, and regulatory considerations.

How do viscosity modifiers affect product performance?

Viscosity modifiers significantly impact product performance by enhancing stability, preventing ingredient separation, improving application ease (e.g., sprayability or spreadability), and ensuring consistent texture. In lubricants, they help maintain optimal flow across temperature ranges. In food and cosmetics, they contribute to mouthfeel or skin feel. Selecting the right modifier ensures both functional performance and compliance with safety standards.

What factors should be considered when selecting a viscosity control agent?

When selecting a viscosity control agent, consider:1. Compatibility with the base formulation (e.g., water-based vs. solvent-based).2. Desired rheological profile (e.g., Newtonian, shear-thinning).3. Regulatory approval for intended use (e.g., FDA for food, REACH for EU chemicals).4. Stability under storage and processing conditions.5. Cost-effectiveness and ease of incorporation.Working with reputable suppliers who provide technical data and support can help ensure optimal selection.

Can temperature changes affect viscosity control in formulations?

Yes, temperature has a direct impact on viscosity—most liquids become less viscous as temperature increases and more viscous when cooled. This is especially critical in applications like engine oils, adhesives, or food sauces that must perform consistently across varying temperatures. Effective viscosity control strategies often include using temperature-stable rheology modifiers or designing formulations with a balanced viscosity index to minimize thermal sensitivity.

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