Home / Products/ Sodium Laureth Sulphate (SLES)


CH3(CH2)11(OCH2CH2)nOSO3N
hdpe drums
SLES is one of the most widely used anionic surfactants globally, with applications spanning rinse-off personal care, household cleaning, and industrial cleaning:
Sodium Laureth Sulphate has been the default primary surfactant in rinse-off personal care for decades, and the reason is straightforward economics combined with performance. It delivers the high-foam, fast-cleansing experience consumers associate with effective products, costs less per unit of cleaning power than most alternatives, and ethoxylates well alongside the secondary surfactants formulators rely on for mildness tuning.
The product's positioning has evolved as the personal care industry has shifted toward "sulfate-free" marketing in some segments, but SLES remains the dominant primary surfactant by global volume because the trade-offs in performance, cost, and formulation flexibility favor it for the majority of mainstream products.
SLES (CAS 68585-34-2) is listed on the US TSCA Chemical Substance Inventory and is widely used across cosmetic-grade formulations aligned with FDA 21 CFR requirements. Formulators planning bulk procurement also track the SLES price as one of the higher-volume ingredient cost lines in finished product economics.
SLES is produced through a three-step process. Lauryl alcohol (typically derived from coconut or palm kernel oil) is first reacted with ethylene oxide to introduce the ethoxylate group, producing lauryl ether alcohol at the target EO level (commonly 2 or 3 moles of ethylene oxide).
The ethoxylated alcohol is then sulfated using sulfur trioxide or chlorosulfonic acid, and the resulting sulfated intermediate is neutralized with sodium hydroxide to yield the final SLES paste at 70% active matter.
A by-product of the ethoxylation step is 1,4-dioxane, which modern facilities minimize through vacuum stripping or similar purification steps. Low-dioxane grades meeting California Prop 65 and
New York state limits are available where the end-market requires it. Every shipment Elchemy supplies is tested for active matter, unsulphated matter, sodium chloride, and 1,4-dioxane content (for low-dioxane grades) before dispatch, with a Certificate of Analysis travelling alongside each order.
If you're looking for current SLES pricing for bulk procurement, Elchemy provides quotes based on your specific formulation requirements. Fill out the quote request form with the required details, such as volume, EO grade (2EO or 3EO), 1,4-dioxane specification, destination, and any other relevant information about your procurement, and our team will revert with a detailed offer within 24 to 48 hours.
SLES pricing reflects a stack of variables: lauryl alcohol feedstock costs (oleochemical, tied to palm and coconut oil markets), ethylene oxide costs (petrochemical, tied to energy prices), caustic soda for neutralization, the active matter percentage, certifications, and logistics.
For active-content normalization across suppliers, procurement teams often look at the SLES liquid price per kg of active matter rather than gross paste weight, since two suppliers quoting different active levels are not on a like-for-like basis at face value.
The broader sodium lauryl ether sulfate price appears under multiple naming conventions in trade publications, since "SLES," "sodium laureth sulphate," and "sodium lauryl ether sulfate" all refer to the same CAS number and product family. Match the spec sheet to confirm equivalence when comparing references.
For larger annual contracts, the SLES wholesale price built into procurement budgets typically reflects volume commitment, EO grade mix, certification requirements, and contract duration, all of which compress the effective rate compared to spot quotes.
Worth noting separately: some buyers reference the sodium lauryl sulphate price when researching surfactant procurement, though SLS (CAS 151-21-3) and SLES (CAS 68585-34-2) are different products with different mildness profiles and different commercial rates. Confirm the CAS number when comparing price references to make sure you're looking at the right material.
For an exact rate, none of these references replace a direct quote. The actual price depends on EO grade, 1,4-dioxane spec, certifications, volume, contract structure, and destination, all of which
the quote process captures.
SLES ships in HDPE drums for standard orders, with IBC totes and bulk tankers available for larger commercial volumes, based on buyer requirements. The product is a viscous paste at room temperature, so loading and offloading equipment compatibility should be confirmed in advance for tanker shipments.
For US-bound orders, domestic stock from our US warehouses supports faster fulfillment. If sourcing is required from India or other origin countries, transit times typically run 24 to 28 days to the US East Coast and 18 to 22 days to the West Coast. Elchemy offers FOB, CIF US port, and DDP terms, depending on how your procurement team prefers to handle landed cost and customs.
Store SLES in tightly sealed containers in a cool, dry, well-ventilated area, away from direct sunlight, heat, and freezing temperatures. Prolonged cold storage can cause the paste to thicken further, requiring gentle warming before use. Standard dispatch follows agreed contract terms.
SLES is generally well-tolerated in finished rinse-off products at typical use concentrations and is widely used in cosmetic and household formulations applied to the body and skin daily. The concentrated 70% paste, however, can cause skin and eye irritation on direct contact and should be handled with standard chemical PPE during dispensing and transfer.
Handlers should wear chemical-resistant gloves, splash goggles, and protective clothing. If contact occurs, flush the affected area with water and seek medical attention if irritation persists. The product is generally not classified as DOT hazardous for transport at standard commercial concentrations, though local transport rules should be confirmed at the point of dispatch.
Elchemy supplies high-purity SLES across both 2EO and 3EO grades at consistent 70% active matter, with low-dioxane grades available for buyers serving regulated markets. Every batch ships with a Certificate of Analysis, including 1,4-dioxane testing where the specification requires it.
For US buyers, domestic stock from our US warehouses cuts lead time when timelines are tight. SLES is TSCA-listed and ships with a GHS-aligned SDS (OSHA HazCom 2012). Halal, Kosher, vegan, and certified palm-derivative grades are available on request for formulators serving specific market segments. Flexible Incoterms (FOB, CIF, or DDP) give your procurement team room to structure the deal the way it works best.
Elchemy ships into 40+ countries with samples available for qualification before any bulk order, and pricing based on EO grade, 1,4-dioxane specification, volume, certifications, destination, and contract terms.

CH3(CH2)11(OCH2CH2)nOSO3N
hdpe drums
SLES is one of the most widely used anionic surfactants globally, with applications spanning rinse-off personal care, household cleaning, and industrial cleaning:
Sodium Laureth Sulphate has been the default primary surfactant in rinse-off personal care for decades, and the reason is straightforward economics combined with performance. It delivers the high-foam, fast-cleansing experience consumers associate with effective products, costs less per unit of cleaning power than most alternatives, and ethoxylates well alongside the secondary surfactants formulators rely on for mildness tuning.
The product's positioning has evolved as the personal care industry has shifted toward "sulfate-free" marketing in some segments, but SLES remains the dominant primary surfactant by global volume because the trade-offs in performance, cost, and formulation flexibility favor it for the majority of mainstream products.
SLES (CAS 68585-34-2) is listed on the US TSCA Chemical Substance Inventory and is widely used across cosmetic-grade formulations aligned with FDA 21 CFR requirements. Formulators planning bulk procurement also track the SLES price as one of the higher-volume ingredient cost lines in finished product economics.
SLES is produced through a three-step process. Lauryl alcohol (typically derived from coconut or palm kernel oil) is first reacted with ethylene oxide to introduce the ethoxylate group, producing lauryl ether alcohol at the target EO level (commonly 2 or 3 moles of ethylene oxide).
The ethoxylated alcohol is then sulfated using sulfur trioxide or chlorosulfonic acid, and the resulting sulfated intermediate is neutralized with sodium hydroxide to yield the final SLES paste at 70% active matter.
A by-product of the ethoxylation step is 1,4-dioxane, which modern facilities minimize through vacuum stripping or similar purification steps. Low-dioxane grades meeting California Prop 65 and
New York state limits are available where the end-market requires it. Every shipment Elchemy supplies is tested for active matter, unsulphated matter, sodium chloride, and 1,4-dioxane content (for low-dioxane grades) before dispatch, with a Certificate of Analysis travelling alongside each order.
If you're looking for current SLES pricing for bulk procurement, Elchemy provides quotes based on your specific formulation requirements. Fill out the quote request form with the required details, such as volume, EO grade (2EO or 3EO), 1,4-dioxane specification, destination, and any other relevant information about your procurement, and our team will revert with a detailed offer within 24 to 48 hours.
SLES pricing reflects a stack of variables: lauryl alcohol feedstock costs (oleochemical, tied to palm and coconut oil markets), ethylene oxide costs (petrochemical, tied to energy prices), caustic soda for neutralization, the active matter percentage, certifications, and logistics.
For active-content normalization across suppliers, procurement teams often look at the SLES liquid price per kg of active matter rather than gross paste weight, since two suppliers quoting different active levels are not on a like-for-like basis at face value.
The broader sodium lauryl ether sulfate price appears under multiple naming conventions in trade publications, since "SLES," "sodium laureth sulphate," and "sodium lauryl ether sulfate" all refer to the same CAS number and product family. Match the spec sheet to confirm equivalence when comparing references.
For larger annual contracts, the SLES wholesale price built into procurement budgets typically reflects volume commitment, EO grade mix, certification requirements, and contract duration, all of which compress the effective rate compared to spot quotes.
Worth noting separately: some buyers reference the sodium lauryl sulphate price when researching surfactant procurement, though SLS (CAS 151-21-3) and SLES (CAS 68585-34-2) are different products with different mildness profiles and different commercial rates. Confirm the CAS number when comparing price references to make sure you're looking at the right material.
For an exact rate, none of these references replace a direct quote. The actual price depends on EO grade, 1,4-dioxane spec, certifications, volume, contract structure, and destination, all of which
the quote process captures.
SLES ships in HDPE drums for standard orders, with IBC totes and bulk tankers available for larger commercial volumes, based on buyer requirements. The product is a viscous paste at room temperature, so loading and offloading equipment compatibility should be confirmed in advance for tanker shipments.
For US-bound orders, domestic stock from our US warehouses supports faster fulfillment. If sourcing is required from India or other origin countries, transit times typically run 24 to 28 days to the US East Coast and 18 to 22 days to the West Coast. Elchemy offers FOB, CIF US port, and DDP terms, depending on how your procurement team prefers to handle landed cost and customs.
Store SLES in tightly sealed containers in a cool, dry, well-ventilated area, away from direct sunlight, heat, and freezing temperatures. Prolonged cold storage can cause the paste to thicken further, requiring gentle warming before use. Standard dispatch follows agreed contract terms.
SLES is generally well-tolerated in finished rinse-off products at typical use concentrations and is widely used in cosmetic and household formulations applied to the body and skin daily. The concentrated 70% paste, however, can cause skin and eye irritation on direct contact and should be handled with standard chemical PPE during dispensing and transfer.
Handlers should wear chemical-resistant gloves, splash goggles, and protective clothing. If contact occurs, flush the affected area with water and seek medical attention if irritation persists. The product is generally not classified as DOT hazardous for transport at standard commercial concentrations, though local transport rules should be confirmed at the point of dispatch.
Elchemy supplies high-purity SLES across both 2EO and 3EO grades at consistent 70% active matter, with low-dioxane grades available for buyers serving regulated markets. Every batch ships with a Certificate of Analysis, including 1,4-dioxane testing where the specification requires it.
For US buyers, domestic stock from our US warehouses cuts lead time when timelines are tight. SLES is TSCA-listed and ships with a GHS-aligned SDS (OSHA HazCom 2012). Halal, Kosher, vegan, and certified palm-derivative grades are available on request for formulators serving specific market segments. Flexible Incoterms (FOB, CIF, or DDP) give your procurement team room to structure the deal the way it works best.
Elchemy ships into 40+ countries with samples available for qualification before any bulk order, and pricing based on EO grade, 1,4-dioxane specification, volume, certifications, destination, and contract terms.
Where can I buy Sodium Laureth Sulphate in bulk quantities?
+
Is Elchemy a manufacturer or supplier of Sodium Laureth Sulphate (SLES)?
+
What grades of Sodium Laureth Sulphate (SLES) do you supply?
+
What industries commonly source SLES from Elchemy?
+
What is the difference between Sodium Laureth Sulphate (SLES) and Sodium Lauryl Sulphate (SLS)?
+
Can Sodium Laureth Sulfate (SLES) be used in natural or organic products?
+
Is Sodium Laureth Sulfate (SLES) the same as Sodium Lauryl Sulfate (SLS)?
+

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Learn about the manufacturing process of SLES (Sodium Laureth Sulfate), a widely used surfactant in ...

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Explore transportation regulations for Sodium Laureth Sulfate (SLES), ensuring compliance and reliab...

Discover the physical and chemical properties of Sodium Laureth Sulfate (SLES), including appearance...

Explore the grades, concentrations, and ethoxylation levels of Sodium Laureth Sulphate (SLES) for di...

Discover Sodium Laureth Sulfate (SLES) focusing on its structure, synthesis, applications in persona...

Explore concerns about SLES (Sodium Laureth Sulphate), including its potential skin irritation, envi...

Dive into the world of Sodium Laureth Sulfate (SLES) with our detailed report. Uncover its propertie...

Explore the facts about sodium lauryl ether sulfate. Understand SLES, its role in shampoos, and debu...

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Find out how surfactants operate and what they do by taking an in-depth look at the structure and ap...

Explore the hidden sodium lauryl sulphate dangers affecting skin health, product safety, and consume...

Learn how to choose the right chemicals for cosmetics with a focus on quality, safety, compliance, a...
Where can I buy Sodium Laureth Sulphate in bulk quantities?
+
Is Elchemy a manufacturer or supplier of Sodium Laureth Sulphate (SLES)?
+
What grades of Sodium Laureth Sulphate (SLES) do you supply?
+
What industries commonly source SLES from Elchemy?
+
What is the difference between Sodium Laureth Sulphate (SLES) and Sodium Lauryl Sulphate (SLS)?
+
Can Sodium Laureth Sulfate (SLES) be used in natural or organic products?
+
Is Sodium Laureth Sulfate (SLES) the same as Sodium Lauryl Sulfate (SLS)?
+

Looking for a reliable caustic soda supplier? Learn how to evaluate sodium hydroxide suppliers based...


Acrylic vs styrene or acrylic vs polystyrene, which suits your application? Compare performance, cos...

Discover how surfactants work in cleaning products, cosmetics, and industrial applications. Learn ab...

Sodium lauryl sulfate substitutes for cosmetic formulations: compare mild surfactants, foaming agent...

Discover gentle fluoride toothpaste without sodium lauryl sulfate (SLS). Get effective cavity protec...

Explore SLES price trends, regional sodium laureth sulfate prices, cost drivers, bulk vs spot rates,...

Sodium Lauryl Sulfate vs Sodium Laureth Sulfate explained—learn key differences between SLS and SLES...

Learn how SLES surfactant works, its industrial applications, and key formulation benefits for effec...

Learn about Nonylphenol and Nonylphenol Ethoxylates, their environmental concerns, health risks, and...

Explore the rise of sulfate-free surfactants, their key ingredients, benefits, and sourcing insights...

Explore top cleaning chemical manufacturers in the U.S., offering high-quality solutions for industr...

Get the latest Sodium Lauryl Ether Sulphate price trends, tariff impacts, and market updates shaping...

Discover water based fragrances that are gentle on skin, eco-friendly, and give long-lasting freshne...

Selecting the right chemical supplier is a high-stakes decision. And this blog helps you in same wit...

Discover the role of each chemical in shampoo. Learn how ingredients affect hair health, texture, an...

Discover how specialty chemicals are propelling India's rise as a global superpower, driving innovat...

Learn about the manufacturing process of SLES (Sodium Laureth Sulfate), a widely used surfactant in ...

Discover the versatile applications of Sodium laureth sulfate (SLES) in personal care and household ...

Explore transportation regulations for Sodium Laureth Sulfate (SLES), ensuring compliance and reliab...

Discover the physical and chemical properties of Sodium Laureth Sulfate (SLES), including appearance...

Explore the grades, concentrations, and ethoxylation levels of Sodium Laureth Sulphate (SLES) for di...

Discover Sodium Laureth Sulfate (SLES) focusing on its structure, synthesis, applications in persona...

Explore concerns about SLES (Sodium Laureth Sulphate), including its potential skin irritation, envi...

Dive into the world of Sodium Laureth Sulfate (SLES) with our detailed report. Uncover its propertie...

Explore the facts about sodium lauryl ether sulfate. Understand SLES, its role in shampoos, and debu...

What is sodium laureth sulphate, caustic soda flakes, and LABSA, sourcing, and its comparison in Ind...

Learn the fundamental requirements for storing chemicals safely. Here are some best practices of OSH...

What are the key factors for buying chemicals that you should keep in mind while going for bulk deal...

Find out what cleaning products have ammonia and their role in industrial and household cleaning.

Everything cosmetic product manufacturers should know about sodium laureth sulfate in shampoo.

Find out how surfactants operate and what they do by taking an in-depth look at the structure and ap...

Explore the hidden sodium lauryl sulphate dangers affecting skin health, product safety, and consume...

Learn how to choose the right chemicals for cosmetics with a focus on quality, safety, compliance, a...