LEXOL EHP

Lexol EHP is a lightweight ester emollient based on Ethylhexyl Palmitate and is designed to improve spreading, skin feel and formulation aesthetics in personal-care products.
Lexol EHP provides a dry application profile followed by a smooth after-feel while helping reduce the heavy, oily or greasy sensation produced by richer lipid ingredients.
Lexol EHP combination of good spreading, low odor, oil-phase compatibility and sensory lightness makes it particularly useful in skin care, sun care, color cosmetics, hair care, toiletries and fragrance-containing formulations.

CAS Number: 29806-73-3
Molecular Formula: C24H48O2
Molecular Weight: 368.64 g/mol
EINECS Number: 249-862-1

Synonyms: Lexol EHP, Lexol EHP MB, Ethylhexyl Palmitate, 2-Ethylhexyl Palmitate, Palmitic Acid 2-Ethylhexyl Ester, Hexadecanoic Acid 2-Ethylhexyl Ester, 2-Ethylhexyl Hexadecanoate, Octyl Palmitate, 2-EHP, Ethylhexyl Hexadecanoate, Ceraphyl 368, Wickenol 155, Elfacos EHP.

Lexol EHP belongs to the fatty-acid ester family.
Lexol EHP is produced through esterification of palmitic acid or a suitable palmitic-acid source with 2-ethylhexanol, followed by purification to obtain a low-color and low-odor cosmetic-grade liquid.
The resulting ester no longer behaves like the original free fatty acid or alcohol because esterification substantially changes polarity, volatility, odor and sensory properties.

Lexol EHP is the 2-ethylhexyl ester of palmitic acid, a long-chain saturated fatty acid containing sixteen carbon atoms.
The ester structure combines the lubricity of a fatty acid derivative with the fluidity produced by the branched 2-ethylhexyl alcohol portion of the molecule.
Lexol EHP molecular architecture creates a clear liquid emollient that spreads readily across skin and hair without producing the heavy residue associated with many traditional oils.

The current Inolex commercial version is marketed as Lexol EHP MB with the INCI name Ethylhexyl Palmitate.
Lexol EHP is described as essentially odorless and colorless and is positioned as a sensory emollient with dry application, smooth after-feel and reduced oiliness or greasiness.
Lexol EHP can be incorporated into the oil phase using either hot or cold processing and can be used at concentrations up to 100% where the finished formulation is designed accordingly.

Lexol EHP also functions as a carrier and solvent for lipophilic ingredients.
Lexol EHP ester polarity allows it to dissolve or disperse fragrances, oils, pigments and selected organic active ingredients more effectively than many highly non-polar emollients.
This makes Lexol EHP useful not only for sensory modification but also for improving the physical incorporation of oil-soluble formulation components.

Lexol EHP palmitate portion contributes a long hydrophobic hydrocarbon chain.
This chain provides lubricity, emollience and compatibility with oils, waxes and other lipophilic cosmetic ingredients.
The branched ethylhexyl portion prevents the molecule from packing efficiently into a highly ordered crystalline structure at room temperature and therefore helps maintain fluidity.

Lexol EHP branching is particularly important to sensory behavior.
Straight-chain fatty esters of similar molecular size can produce greater waxiness or higher melting behavior, while the branched structure of Ethylhexyl Palmitate promotes a mobile liquid state and easier spreading.
This contributes to the characteristic silky slip and lighter application profile of Lexol EHP.

Lexol EHP does not function primarily as an occlusive wax.
Lexol EHP spreads across the skin as a mobile emollient film that improves softness, smoothness and surface lubrication.
The effect can reduce drag during product application and help a formulation distribute more evenly over a large skin area.

The dry sensory character is particularly useful in formulations containing rich vegetable oils, mineral oils or high levels of wax.
Lexol EHP can reduce the perception of greasiness without eliminating the emollient character of the formulation.
Lexol EHP makes it valuable when a formulator wants substantial oil-phase performance but a lighter consumer after-feel.

Lexol EHP also acts as a texture modifier.
Changing the ratio of Lexol EHP to heavier oils can alter spreading speed, cushion, playtime and residual skin feel.
Formulators can therefore use it to fine-tune sensory properties without changing the entire emulsifier or thickener system.

Lexol EHP provides medium-to-good spreadability.
Lexol EHP distributes efficiently across skin while retaining enough body to avoid the extremely volatile or disappearing sensation produced by very fast-spreading hydrocarbons or silicones.
This balanced spreading profile allows it to work in both light lotions and richer creams.

Lexol EHP can also be blended with silicone fluids.
The ester contributes emollience and a naturally derived lipid component while silicone can provide additional slip, volatility or water resistance depending on grade.
Lexol EHP resulting blend can be adjusted to achieve a sensory profile that neither component would provide alone.

Lexol EHP can also serve as a partial silicone alternative in formulations where a silky dry-slip effect is desired.
Lexol EHP does not reproduce every surface property of dimethicone or volatile cyclic silicones, but Lexol EHP light ester character can reduce dependence on silicone for basic slip and spreading.
The suitability of such replacement should be established by sensory comparison in the complete formulation.

One particularly useful characteristic is fragrance solubilization.
Lexol EHP can function as a coupling agent for fragrance materials by improving their compatibility with the surrounding oil phase.
Lexol EHP can reduce localized separation and help distribute perfume more uniformly through suitable cosmetic systems.

The effectiveness of fragrance coupling depends on fragrance composition.
Highly polar aroma materials, essential oils and complex perfume concentrates can interact differently with the ester.
Formulation stability should therefore be confirmed after accelerated storage rather than assumed from initial clarity alone.

Lexol EHP can also serve as a solvent or carrier for selected cosmetic active ingredients.
Lipophilic UV filters, oil-soluble vitamins, botanical oil concentrates and other hydrophobic ingredients may benefit from incorporation into an ester-rich phase.
Actual solubility limLexol EHP must be determined for the specific active material and required concentration.

Lexol EHP behavior in sunscreen systems is especially useful.
Ethylhexyl Palmitate can help dissolve or disperse organic UV filters while contributing a light emollient character to formulations containing substantial amounts of oil-soluble sunscreen actives.
The current Lexol EHP MB product is specifically positioned for sunscreen use without shifting the wavelength of maximum ultraviolet absorbance of the formulation.

This distinction is important in sun-care formulation.
A solvent that alters the microenvironment around a UV filter can sometimes change spectral behavior or reduce formulation efficiency.
Lexol EHP is useful where emollience and UV-filter compatibility must be obtained without intentionally changing the filter's principal absorption wavelength.

Lexol EHP is strongly lipophilic.
Lexol EHP calculated logP is high, and it is essentially insoluble in water under ordinary formulation conditions.
Lexol EHP should therefore normally be incorporated into the oil phase of emulsions rather than expected to dissolve directly into the aqueous phase.

Oil-phase incorporation can be performed by hot or cold processing.
Cold processing is useful when the remaining ingredients are liquid and no high-melting wax or emulsifier requires heating.
Hot processing can be used when Lexol EHP is combined with waxes, fatty alcohols or other ingredients that must first be melted.

Because the ester itself is liquid at room temperature, it can reduce the viscosity of highly structured oil phases.
This can improve pumpability and facilitate dispersion of pigments, UV filters or powders before waxes or other structurants are added.
Lexol EHP effect on final viscosity depends on the ratio of liquid emollient to crystalline waxes and rheology modifiers.

Lexol EHP can also modify the crystallization behavior of stick formulations.
Liquid ester molecules occupy space between wax crystals and affect the packing of the solid lipid network.
This can influence hardness, payoff, glide, sweating and temperature stability in products such as lipstick and deodorant sticks.

High concentrations can substantially soften a wax matrix.
A lipstick containing too much liquid emollient may lose break strength or deform in warm storage.
The optimum level must therefore be balanced against wax hardness, pigment loading and the required application feel.

Lexol EHP has low polarity compared with water but greater polarity than simple hydrocarbons.
This intermediate character supports compatibility with many cosmetic oils, esters and waxes while maintaining useful solvency toward moderately polar lipophilic ingredients.
It is one reason Ethylhexyl Palmitate is widely used as a general-purpose emollient rather than being limited to a single formulation type.

Lexol EHP has a relatively low density of approximately 0.85–0.87 g/cm3 at room temperature.
Lexol EHP is therefore lighter than water and will form an upper oil layer if mixed with water without an emulsifier.
This density is also useful when converting formulation quantities between mass and volume.

The refractive index is typically around 1.446–1.448.
This value is compatible with transparent and translucent oil-phase systems when the surrounding ingredients have similar optical properties.
Final clarity nevertheless depends on the complete formulation and the presence of waxes, powders, pigments and other ingredients.

The ester possesses good thermal and oxidative stability compared with highly unsaturated vegetable oils.
Lexol EHP palmitic-acid portion contains no carbon-carbon double bonds, reducing the number of sites susceptible to oxidative rancidity.
This supports stable odor and color in properly manufactured and stored cosmetic products.

Oxidative stability is useful in formulations with long shelf-life expectations.
Rancidity in unsaturated oils can create undesirable odor and color even when the physical emulsion remains stable.
Lexol EHP can therefore provide emollience without adding a highly oxidation-sensitive lipid component.

Lexol EHP is essentially nonionic.
Lexol EHP does not carry a permanent positive or negative charge and therefore does not function as a conventional surfactant.
Lexol EHP primary roles are emollience, sensory modification, solvent action, spreading and oil-phase coupling.

Lexol EHP does not by itself emulsify large quantities of oil and water.
An appropriate emulsifier system is still required in lotions, creams and other emulsions.
The ester becomes part of the dispersed oil phase while the emulsifier controls interfacial stability.

Physical Form: Liquid
Appearance: Clear colorless to slightly yellow liquid
INCI Name: Ethylhexyl Palmitate
Chemical Family: Fatty Acid Ester
Chemical Name: 2-Ethylhexyl Hexadecanoate
Primary Function: Sensory Emollient
Secondary Functions: Solvent, carrier, texture modifier and fragrance coupling agent
Density: approximately 0.85–0.87 g/cm3 at 20–25 °C
Refractive Index: approximately 1.446–1.448
Water Solubility: Practically insoluble
Oil Solubility: Soluble or compatible with many cosmetic oils and esters
Ionic Character: Nonionic
Odor: Essentially odorless
Color: Colorless to slightly yellow
Spreadability: Medium to good
Skin Feel: Smooth, silky and relatively dry
Processing: Hot or cold process
Recommended Use Level: Up to 100% depending on formulation
Current Lexol EHP MB Biobased Content: 69% USDA Certified Biobased Content
Current Lexol EHP MB Natural Origin Index: 0.67
Biodegradability: Readily biodegradable for the current Lexol EHP MB grade

The density range is characteristic of long-chain fatty esters.
Lexol EHP relatively low density contributes to the light physical character of the liquid but does not by itself determine the sensory effect on skin.
Molecular branching, viscosity and interaction with other oils are equally important.

Lexol EHP provides a smooth, dry-slip profile without the rapid evaporation associated with volatile silicones.
The ester remains on the skin and contributes persistent emollience after application.
Lexol EHP makes it useful when a formulation needs a lighter feel without losing all of Lexol EHP oil-phase material through evaporation.

The current Lexol EHP MB grade has a Natural Origin Index of 0.67.
Inolex identifies palm-derived feedstock together with petrochemical feedstock in Lexol EHPion chain and reports 69% USDA Certified Biobased Content for the current grade.
These sourcing characteristics should be attributed specifically to the current EHP MB grade rather than automatically transferred to every historical Lexol EHP supply.

The current grade is also positioned as vegan and cruelty-free.
Halal certification, Kosher compliance and RSPO Mass Balance certification are included within the current commercial sustainability documentation.
The applicable certificates should be reviewed directly when these claims are required for a finished-product dossier.

Readily biodegradable status is another current product characteristic.
Lexol EHP can be relevant to formulators evaluating the environmental profile of emollient systems and alternatives to more persistent oil-phase ingredients.
Biodegradability does not remove the need for normal wastewater and raw-material handling controls.

Lexol EHP has a high affinity for hydrophobic phases.
Lexol EHP characteristic is desirable in cosmetic oil phases but also means that environmental distribution can differ substantially from highly water-soluble ingredients before biodegradation occurs.
Waste streams containing concentrated material should therefore receive appropriate treatment.

Lexol EHP ingredient should not be confused with Ethylhexyl Palmitate products carrying different impurity or sourcing specifications.
Cosmetic-grade quality requires suitable control of color, odor, free acid and other manufacturing residues.
The current supplier documentation and Certificate of Analysis should therefore be used during raw-material approval.

Lexol EHP food-contact, pharmaceutical or medical suitability should not be inferred from cosmetic use.
A material may have the same CAS number while being manufactured to a different impurity specification or under a different quality system.
Applications outside cosmetics should therefore require documentation specifically covering the intended regulatory market.

Lexol EHP current Safety Data Sheet should take precedence for first aid, personal protective equipment, firefighting, spill response, storage and disposal.
The Technical Data Sheet and product bulletin should be used separately to confirm sensory properties, processing recommendations, sourcing and cosmetic functions.
A batch-specific Certificate of Analysis should be reviewed where density, acid value, color, odor or other specifications are important to finished-product consistency.

Uses Of Lexol EHP:
Lexol EHP is primarily used as an emollient and sensory modifier in skin-care, sun-care, color-cosmetic, hair-care and toiletry formulations.
Lexol EHP main contribution is to improve spreading and provide a smooth, silky after-feel while reducing the perception of excessive oiliness.
The same ester can also function as a solvent, carrier and coupling agent for lipophilic formulation components.

Lexol EHP facial moisturizers represent an important application.
Lexol EHP can soften the skin and improve glide during application without producing the heavy after-feel associated with some high-viscosity oils.
This makes it especially useful in lotions and creams intended to feel elegant rather than strongly occlusive.

Lexol EHP light facial lotions can use relatively low oil-phase levels.
A mobile ester such as Lexol EHP helps the lotion spread over a large area before water evaporates.
The resulting skin feel can remain smooth without creating a strongly waxy residue.

Lexol EHP rich facial creams can also use Lexol EHP.
In these formulations, the ester can balance heavier oils, butters and waxes by improving spread and reducing greasy perception.
Lexol EHP allows a high-lipid cream to feel lighter during rub-in while retaining substantial emollience.

Lexol EHP body lotions represent another major use.
Large-area application requires good spreading because excessive drag increases the quantity of product needed and can make application unpleasant.
Lexol EHP helps create a uniform lubricating film and improves perceived slip.

Body creams and body butters can similarly benefit from the ester.
Lexol EHP can soften the sensory impact of shea butter, cocoa butter, petrolatum or high-viscosity vegetable oils.
Lexol EHP can therefore be used to create rich formulations that remain easier to distribute across the skin.

Lexol EHP hand creams are another suitable application.
A formulation must provide emollience but should ideally avoid leaving an excessively oily film that interferes with handling objects immediately after application.
Lexol EHP can contribute softness while supporting a comparatively dry residual feel.

Facial serums containing an oil phase can use the ester as a lightweight carrier.
Oil-serum formulations often require good spreadability with minimal tack and controlled shine.
Lexol EHP can be combined with lighter esters, hydrocarbons or silicones to tailor the exact sensory profile.

Lexol EHP anhydrous facial oils can also use Lexol EHP.
Although the term facial oil often suggests natural triglyceride oils, cosmetic ester blends can produce lighter, more oxidation-stable sensory systems.
Lexol EHP can reduce the heaviness of conventional plant oils and improve spread.

Lexol EHP cleansing oils represent another relevant application.
The ester can help dissolve makeup, sebum and other lipophilic residues from the skin.
A suitable surfactant or self-emulsifying system is still needed when Lexol EHP is intended to rinse readily with water.

Cleansing balms can use Lexol EHP as part of the liquid lipid fraction.
Waxes and structurants provide the balm consistency while the ester helps dissolve makeup and improves melt and glide during application.
The balance between liquid ester and hard wax determines scoopability and final rinsing behavior.

Lexol EHP makeup removers can also employ Ethylhexyl Palmitate.
Lexol EHP lipophilic structure helps loosen oil-soluble cosmetic films, pigments and wax-containing makeup.
Formulators can combine it with other esters and surfactants to control cleansing strength and residual skin feel.

Sunscreen is one of the most important specialty applications.
Organic UV filters often require a substantial oil phase to obtain adequate solubilization and uniform distribution through Lexol EHP.
Lexol EHP provides emollience while helping carry lipophilic sunscreen ingredients.

The current Lexol EHP MB grade is specifically useful because it is known not to shift the wavelength of maximum ultraviolet absorbance in sunscreen formulations.
Lexol EHP allows the ester to support sensory and solvent requirements without intentionally changing the primary spectral location of the UV-filter system.
The complete sunscreen must still undergo SPF, UVA and photostability testing in the finished formulation.

Avobenzone-containing systems can benefit from suitable oil-phase solvents.
A poorly dissolved UV filter can crystallize during storage and compromise product uniformity.
Lexol EHP can form part of the solvent package used to maintain appropriate dispersion or solubility.

Other Lexol EHPV filters can similarly benefit from ester carriers.
Lexol EHP and related high-performance filters require careful solvent selection because their solubility characteristics differ substantially.
Lexol EHP should be tested with the complete UV-filter combination rather than assumed to dissolve unlimited quantities.

Sun-care lotions require good spreadability.
Uniform distribution of the sunscreen film is important because local gaps can reduce effective protection even where the nominal filter concentration is correct.
A smooth-spreading emollient can therefore support formulation aesthetics as well as practical application uniformity.

Lexol EHP water-resistant sunscreens can also contain Lexol EHP.
The ester contributes to the oil phase while dedicated film formers provide the principal water-resistance mechanism.
Lexol EHP should not be treated as a water-resistance polymer by itself.

Lexol EHP after-sun products represent another application.
A lightweight emollient can restore smoothness to skin after exposure without producing a heavy occlusive sensation.
Lexol EHP can be incorporated into cooling lotions, creams or emulsion gels together with appropriate soothing ingredients.

Lexol EHP color cosmetics constitute a major use area.
Foundation, concealer, blush, lipstick, eye products and other pigmented formulations require efficient pigment wetting combined with controlled sensory performance.
Lexol EHP can provide a fluid oil medium that supports pigment distribution and improves glide.

Liquid foundation can use the ester as part of the emollient phase.
Lexol EHP helps Lexol EHP spread into a thin even film before volatile carriers or water evaporate.
The formulation can therefore provide smooth application while controlling heaviness.

Lexol EHP cream foundation requires a greater balance between structure and flow.
Lexol EHP can soften wax-rich or high-pigment systems and improve blendability over the skin.
Excessive use can reduce product body, so the level should be adjusted together with waxes and rheology modifiers.

Lexol EHP cream blush formulations also use Lexol EHP effectively.
Published commercial formulas have employed the ester at high levels as the principal fluid emollient around treated pigments and powders.
This illustrates Lexol EHP usefulness when a formulation requires both pigment mobility and smooth application.

Concealer formulations can similarly benefit from Lexol EHP spreading behavior.
High pigment concentrations tend to increase drag and can make application appear patchy.
A fluid ester phase helps distribute the pigments uniformly before Lexol EHP sets.

Lipstick is another important application.
Lexol EHP contributes glide, pigment wetting and emollience within the wax-oil structure of the stick.
Lexol EHP liquid character also softens the wax network and influences payoff onto the lips.

Lexol EHP lip gloss can use higher levels of liquid emollient.
The ester can reduce the heavy or sticky sensation of more viscous gloss ingredients while maintaining smooth application.
Gloss level, viscosity and migration resistance depend on the remaining oils, polymers and gellants.

Lip balms can use Lexol EHP to improve spread.
Hard waxes and solid butters provide structure while the ester adds fluidity and lubricity.
Lexol EHP level can be adjusted to control whether the finished balm feels firm, creamy or highly emollient.

Lexol EHP pressed powders can use Ethylhexyl Palmitate as a binder.
Small quantities of liquid ester help powder particles adhere to one another sufficiently for pan pressing while still allowing product pickup by brush or sponge.
The ester can also improve adhesion of the deposited powder to the skin.

Loose and pressed pigments can benefit from Lexol EHP wetting action.
A liquid ester reduces dry powderiness and improves distribution of colorants within cream or pressed formats.
Surface-treated pigments can show especially good compatibility when their treatment is designed for ester-rich oil phases.

Eye pencils can use Lexol EHP as part of the liquid lipid fraction.
The ester can improve glide while waxes provide mechanical strength and shape retention.
The final pencil must balance softness against break resistance and migration.

Mascara can use Ethylhexyl Palmitate in the oil phase of compatible emulsions.
Lexol EHP contributes flexibility and emollience to the wax-rich film while helping disperse lipophilic ingredients.
The final mascara performance is governed mainly by waxes, film formers, pigments and emulsifiers.

Lexol EHP hair care is another important application category.
Lexol EHP can improve slip and reduce rough sensory characteristics in conditioners, styling products and oil-based hair treatments.
Lexol EHP relatively light ester character can provide shine without the same heavy feel produced by some triglyceride oils.

Hair conditioners can incorporate the ester into the lipid phase.
Lexol EHP can complement fatty alcohols, cationic conditioners and silicones by improving lubrication of the hair surface.
The complete conditioning effect depends on deposition, rinse behavior and the charge of the remaining formulation.

Leave-in conditioners particularly benefit from lightweight emollients.
A heavy oil can make fine hair appear greasy or reduce volume after drying.
Lexol EHP can provide slip while minimizing the perception of oily buildup when used at an appropriate level.

Lexol EHP hair serums can use the ester alone or in blends.
Lexol EHP can serve as a nonvolatile carrier for fragrance, oil-soluble actives and other conditioning lipids.
Silicone-free serum systems may use Ethylhexyl Palmitate as one component of the slip and spreading package.

Hair oils can also use Lexol EHP to dilute heavier natural oils.
The blend can spread more evenly through the hair and reduce greasy sensory buildup.
This is particularly useful in products designed for fine or normal hair rather than extremely dry coarse hair.

Styling creams and pomades can contain the ester.
The liquid phase softens waxes and helps Lexol EHP distribute across hair during styling.
The quantity must be balanced carefully because excessive liquid emollient can weaken styling hold.

Fragrance products represent another specific application.
Lexol EHP can function as a coupling agent or perfume carrier in suitable oil-based and emulsion systems.
Lexol EHP very low odor is important because the raw material itself should not interfere substantially with the intended fragrance profile.

Lexol EHP solid perfumes can use the ester to soften the wax base.
Fragrance oils remain dispersed within a mixture of waxes and liquid emollients while the ester improves glide across the skin.
Lexol EHP low intrinsic odor helps preserve the character of the perfume concentrate.

Roll-on perfume oils can also use Ethylhexyl Palmitate as a carrier.
The ester can reduce the greasiness of heavier carrier oils and provide a smooth dry application.
Compatibility with the specific perfume concentrate should be verified before commercial production.

Deodorant sticks can use Lexol EHP as part of the oil phase.
Lexol EHP emollient character helps improve glide of wax-structured sticks across the underarm.
Antiperspirant and deodorant actives require separate compatibility evaluation because powder load and salt chemistry strongly influence product structure.

Anhydrous antiperspirant systems can contain substantial amounts of suspended particulate active.
Liquid esters help wet the powder and provide a continuous phase around the wax structure.
The balance between ester polarity, waxes and active salts influences settling and application feel.

Shaving and grooming products can also use Lexol EHP.
The ester reduces friction and can contribute to smoother movement of Lexol EHP across skin or facial hair.
Aftershave balms and beard-conditioning formulations can exploit the same emollient properties.

Lexol EHP beard oils can use the ester as a lightweight carrier.
Lexol EHP spreads easily across both hair and underlying skin while reducing the sensory heaviness of vegetable-oil blends.
Fragrance can be incorporated simultaneously because Lexol EHP also provides useful coupling behavior.

Massage products can contain Ethylhexyl Palmitate where medium spreading and smooth slip are desirable.
It provides longer-lasting lubrication than volatile carriers but feels less heavy than many dense natural oils.
For extended massage time, it can be blended with slower-spreading emollients.

Lexol EHP bath oils are another possible use.
The ester provides emollience and acts as a carrier for fragrance and other oil-soluble materials.
Lexol EHP a dispersing or self-emulsifying system is required where the bath oil is intended to distribute readily through water.

Lexol EHP can also function as a mineral-oil alternative in selected formulations.
The ester provides a different sensory profile and can offer a higher level of renewable feedstock content in the current EHP MB version.
A one-for-one substitution should still be validated because mineral oils and fatty esters differ in polarity, viscosity and solvency.

The current EHP MB grade is particularly suitable for formulations targeting greater biobased content.
Lexol EHP 69% USDA Certified Biobased Content and Natural Origin Index of 0.67 provide documented sourcing attributes for the present commercial product.
These values can support formulation-development targets but do not automatically make the finished cosmetic natural or organic under every certification scheme.

Vegan formulations can also use the current grade.
Lexol EHP is positioned as vegan and cruelty-free and does not rely on animal-derived emollient chemistry.
Finished-product claims should nevertheless be supported using the complete ingredient and manufacturing documentation required by the target market.

For technical purchasing, INCI identity should be confirmed first.
Lexol EHP is Ethylhexyl Palmitate and should not be confused with Ethylhexyl Stearate, Isopropyl Palmitate, Cetyl Palmitate or other fatty-acid esters.
These materials can have substantially different viscosity, spreading, melting behavior and sensory characteristics.

Lexol EHP is also encountered in technical literature and patents.
Modern INCI and chemical nomenclature generally use Ethylhexyl Palmitate because the alcohol portion is structurally 2-ethylhexyl rather than normal octyl.
Historical references to Lexol EHP as Octyl Palmitate normally refer to the same CAS 29806-73-3 material.

Lexol EHP density and refractive index provide useful incoming identity checks.
A density around 0.85–0.87 g/cm3 and refractive index near 1.446–1.448 are characteristic of commercial Ethylhexyl Palmitate.
Unexpected values may indicate contamination, incorrect material or variation outside the purchasing specification.

Lexol EHP color and odor are particularly important for cosmetic applications.
A strongly colored or strongly odorous grade could interfere with white emulsions, transparent products or fragrance profiles.
Lexol EHP is therefore valued for Lexol EHP essentially colorless and odorless character.

Lexol EHP acid value is another useful quality parameter for fatty esters.
An elevated acid value can indicate incomplete esterification, hydrolysis or degradation and can influence formulation odor or stability.
The applicable Certificate of Analysis should therefore be reviewed when low free-fatty-acid content is important.

Lexol EHP saponification value can also support identity control.
Ethylhexyl Palmitate has a characteristic ester composition and therefore falls within a predictable saponification range.
This property can help differentiate it from esters having substantially different fatty-acid or alcohol chain lengths.

The broad application profile of Lexol EHP therefore covers skin care, sun care, color cosmetics, lip products, hair care, toiletries, deodorants, fragrance systems and anhydrous cosmetic formulations.
Lexol EHP principal technical strengths are smooth spreadability, dry sensory character, reduction of greasy feel, oil-phase solvency and compatibility with a wide range of cosmetic lipids.
These characteristics make Lexol EHP a versatile general-purpose sensory emollient for both simple and highly engineered personal-care formulations.

Safety Profile Of Lexol EHP:
Lexol EHP is based on Ethylhexyl Palmitate, a low-volatility fatty-acid ester widely used in cosmetic and personal-care products.
Lexol EHP is not assigned a harmonized hazard classification under the current European chemical information reviewed for this material, and the majority of submitted classifications likewise identify no hazard classification.
Normal cosmetic-manufacturing hygiene and product-specific SDS controls should nevertheless be maintained.

Ethylhexyl Palmitate has been evaluated within the Cosmetic Ingredient Review framework.
The available CIR safety assessments conclude that this ingredient is safe in the present practices of cosmetic use and concentration covered by the assessments.
Finished-product safety still depends on the complete formulation, intended use, concentration and exposure pattern.

The liquid has very low volatility under ordinary cosmetic-manufacturing conditions.
Significant vapor exposure is therefore not expected during routine transfer or cold processing.
Mist or aerosol generation can create a different inhalation scenario and should be controlled where large-scale spraying occurs.

Lexol EHP direct eye contact should be avoided.
Liquid esters can produce temporary discomfort or mechanical irritation even where they are not classified as strongly hazardous.
Safety glasses are appropriate during bulk transfer, sampling or manufacturing operations involving splash risk.

Prolonged unnecessary skin exposure should also be minimized during industrial handling.
Cosmetic use on skin is fundamentally different from repeated raw-material exposure to concentrated material during an eight-hour manufacturing shift.
Gloves and normal workplace hygiene are therefore appropriate for production personnel.

Spilled Lexol EHP can create a significant slipping hazard.
The liquid should be contained and absorbed with suitable inert material rather than allowed to spread across production floors.
Recovered material should be handled according to the current SDS and local waste-management requirements.

The material is essentially insoluble in water.
Large spills should not be washed directly into drains because water will not provide effective dissolution and may spread the oil over a larger area.
Mechanical recovery and absorbent materials are more appropriate for concentrated releases.

Lexol EHP should be stored in clean, tightly closed packaging.
Storage conditions should minimize exposure to excessive heat, moisture and contamination that could compromise cosmetic quality.
Raw-material containers should be resealed promptly after dispensing.

The ester is relatively oxidation stable because Lexol EHP fatty-acid component is saturated.
Strong oxidizing agents should nevertheless be segregated from Lexol EHP under normal chemical-storage practice.
Excessive thermal exposure can eventually generate decomposition products even from otherwise stable cosmetic esters.

Fire behavior should be assessed from the current product-specific Safety Data Sheet.
Ethylhexyl Palmitate is an organic liquid and can burn under sufficiently severe fire conditions even though it is not handled like a highly volatile solvent.
Firefighters should use appropriate protective equipment where large quantities are involved.

Environmental release should be minimized despite the favorable biodegradability positioning of the current Lexol EHP MB grade.
Readily biodegradable does not mean that unrestricted bulk discharge is appropriate.
Concentrated organic material can still create local wastewater or environmental loading.

The current Lexol EHP MB commercial grade is identified as readily biodegradable.
Lexol EHP characteristic can support environmental formulation objectives when compared with more persistent emollient systems.
The environmental profile of the finished product still depends on every ingredient and the expected route of disposal.

Lexol EHP Procurement and Technical Support:
Ataman Kimya supports customers looking for Lexol EHP with dependable supply solutions and relevant technical information for industrial and formulation requirements. 
Additional support can be provided regarding product specifications, available documentation, and the evaluation of suitable product options based on the intended application.