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 Barium Sulphide for Hair Removal

Barium Sulphide for Hair Removal

The inorganic chemical compound barium sulphide is a type of inorganic compound. That it is a mixture of at least two additional substances in a precise proportion. It is employed in a variety of applications due to its chemical properties. In the cosmetics business, barium sulphide is highly popular. Barium sulphide is one of the most active and widely used components in hair removal lotions.

For hair removal, it’s usually combined with other active substances. This chemical molecule has been used in medicine for almost 90 years! Most shaving and depilatory creams contain the inorganic chemical barium sulphide as one of its components. This chemical can cause hair to fall out. As a result, it facilitates the eradication of body hair. Apply the cream to your skin and wait for the chemical ingredient in this composition to begin acting.

You may simply remove the hair once the protein structure of the hair dissolves. This procedure can take up to 10 minutes, depending on hair growth. So, how do you use barium sulphide to remove hair?

The following are the steps you must take to make a Barium Sulphide Hair Removal Cream

  • Preheat the water phase to 75 degrees Fahrenheit.
  • Stir in our barium sulphide into the heated water phase.
  • At 40 degrees, combine the remaining ingredients of the formulation.
  • Stir constantly until the mixture is complete.


You can also use it to remove hair by mixing it with natural powders like Sandalwood powder and Rose petal powder and then mixing it with rose water and applying to skin.

Body hair removal with barium sulphide is fantastic. It acts rapidly and usually has positive results. Now that you’ve learned about all of the benefits of barium sulphide, you’re probably curious about where you can get it and how to use it on your skin. So, here’s some wonderful news. For the enhancement of your skin, Aseschem will supply barium sulphide. Aseschem is a cosmetic ingredient provider based in India that is delivering quality products since 1942. We guarantee that we will never let your trust down. Though barium sulphide is very helpful in hair removal, one must be careful while using it as it also carries some harmful effects with it. Barium sulphide is a poison so it should never be used internally and near mouth in any case. Keep it away from kids.

So, what are you wondering now? Get your desired product at Aseschem now!

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How to make body lotion cream at home

How to make body lotion cream at home

It’s not simply a nice sensation to slather yourself in moisturiser as soon as you are out after a shower but it’s a necessity. Those few extra seconds spent rubbing in a cream or oil are the difference between scaly skin and a glowing complexion all over.  However, if you find yourself blowing through bottle after bottle (it’s easy to fly through product, especially if you’re diving into it after each rinse), try this: Make a lotion jug for yourself. Making a simple lotion is far simple than you might assume.

In all, you only need three ingredients: a carrier oil (such as jojoba, coconut, or almond), a liquid (rosewater, aloe, or distilled water), and wax to hold it all together.

Optional: essential oil of your choice, shea butter (to make it particularly nutritious), vitamin E or rosemary extract

To make your own body lotion, follow these steps:

In a heatproof glass measuring cup or Mason jar, combine the wax, carrier oil, and shea butter (if using).

Make a double boiler by filling a small pot halfway with water and boiling it. When the water begins to boil, reduce the heat to a low simmer and submerge the glass bowl or cup in the water.

Remove the cup from the heat after stirring the ingredients with a spoon until they are completely melted.

Fill a small glass or metal bowl halfway with the ingredients and set aside to cool to room temperature.

While using an immersion blender, slowly add your liquid (aloe, water, or hydrosol) and other optional components. (If you don’t have an immersion blender, pour the ingredients into a standing blender instead of a bowl and blend on low while gently adding the ingredients.)

Blend until the mixture reaches a creamy consistency.

Make your own body lotion at home by scooping into a glass jar with a lid and storing in the fridge for up to one month. Now if you’re wondering where you can find all of these ingredients to manufacture your own body lotion, you can put your fears to rest because Aseschem has the solution to your dilemma. Yes, you read that correctly. Aseschem has been offering cosmetic ingredients since 1942, and is known for providing the best and safest ingredients for any product you want to make. We are working day and night to bring a change in the cosmetics market by delivering the best ingredients to our clients. So, what exactly are your searching now? Come in and get the ingredients you need to make the best cosmetic product right now!

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Parabens - Are they safe in skincare?

Parabens - Are they safe in skincare?

Millions of products are sold under the heading of skincare. Not every product has a positive outcome. As a result, people have become more conscious of what they put on their skin in recent years. There are various chemicals in those products that can hurt your skin. Many claim that Paraben is the skins’ adversary. Paraben is said to have negative side effects. If you’re not sure whether to buy a product that contains paraben or not, keep reading until the end.

Are parabens good for skin? Why parabens are bad for skin? Are paraben free products safe? This article will clear all your doubts. Just keep reading.

Parabens are a type of chemical preservative that is commonly used in cosmetics. Almost all cosmetic products contain parabens - from commercially available moisturisers, shampoos, and serums to creams, lotions, and toothpastes. Parabens prevent bacteria and mould from growing in the products. Paraben-containing products can linger for months, if not years. They have been widely utilised in cosmetics since the 1950s. Parabens are preferred over other preservatives because they are gentle, non-sensitizing, and more effective. So the real question here is: Are parabens actually bad for you?

So the answer is they are not harmful when is used in little quantities. We all know that too much of a good thing may be harmful, but if parabens are used in moderation, they will not hurt us.

Parabens are safe to use in cosmetics, according to the Cosmetic Ingredient Review (CIR), which was created in collaboration with the FDA. The concentration of parabens was investigated by regulatory organisations, and their percentage was regulated to the level that it was safe for consumers to use (within the Margin of Safety). You can switch to natural items if you want to avoid paraben. But keep in mind that no product is created without the use of chemicals; whether it is written or not, it will always contain a certain amount of chemicals, which is perfectly normal.

The following are the most regularly used parabens:








One or more forms of parabens can be found in a single product.

To ensure that the product is protected against a wide spectrum of bacteria and microorganisms, parabens are frequently used in conjunction with other preservatives. So the answer of your question Are parabens safe in skincare? Totally yes. Now you’re probably thinking where you can get these ingredients to make your items the finest they can be. There’s no need to be concerned when Aseschem is on the job. We provide ingredients that are safe and have been validated by the appropriate authorities, so you can buy ingredients with complete trust. Aseschem is a cosmetics supplier company that meets the majority of daily requests. Our customers’ pleasure is our top priority, which is why we’ve been standing here since 1942, working day and night. So why go anywhere else when Aseschem can provide you with high-quality products? Now is the time to shop!

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What is Biodegradable Surfactants

Biodegradable Surfactants

What method do you use to clean your dishes? With the aid of detergents, perhaps? What exactly does the detergent perform when it comes to cleaning? There's no reason to be tense. All of your questions will be answered by us. Surfactants are present in these detergents. You're probably thinking about surfactants right now. What are surfactants, and what are some examples of them?

On the other hand, Surfactants are a compound that lowers the surface tension between two liquids or between a drink and a solid. They have hydrophilic and hydrophobic portions that combine with water and don't mix with water. They may combine hydrophilic and hydrophobic elements, such as oil and water, in this way. Surfactants have historically been manufactured and be damaging to the environment, mainly aquatic ecosystems. Scientists have developed biodegradable surfactants to help mitigate this harmful impact.

Surfactants bind hydrophobic dirt molecules and dissolve them in water, which is why they're used in laundry and dish detergent. The variety of industrial processes in which they are used. Surfactants aid in the dissolution of dye into materials and the creation of fragrances, insecticides, and fungicides. There are also biodegradable surfactants that are neither toxic nor favourable to humans. What are biodegradable surfactants, exactly? Surfactants that dissolve quickly in water and can be broken down by living creatures into non-toxic compounds are known as biodegradable surfactants.

Coco-Glucoside, Decyl Glucoside, Lauryl Glucoside, Sodium cocoyl isethionate, sodium lauroyl sarcosinate are the few examples of biodegradable surfactants. This ensures that surfactants are broken down in water treatment plants and do not infiltrate the ecosystem when wastewater is discharged to the land.

Biodegradable surfactants offer a way to reap the benefits of surfactants without harming natural ecosystems, such as in soil moisture retention. Natural surfactants are also found in our bodies to help with fundamental respiratory and digesting activities. So that you know more about surfactants and biodegradable surfactants, you must be thinking about the place from where you can buy the surfactants you want. Don't worry. We know a way. You can easily find the desired surfactants on Aseschem with a great deal. Aseschem is one stop shop for all your Wholesale Chemical Provider We provide the most demanded ingredients to different shops. Indeed with excellent quality. We have been serving people since 1942 and are still in great demand, just because our customers trust us, with the quality and service.

When it comes to surfactant variants, anionic surfactants are the first to mind. Anionic surfactants effectively remove particulates (dirt, dust) and greasy solids. An anionic surfactant is a soap. Nonionic surfactants are less influenced by water hardness, making them ideal for goods that require less rinsing.
While surfactants have an excellent cleaning property and can eliminate dirt particles, they should not be used without sufficient knowledge and care.

So that you know, it is not easy to handle and buy surfactants. So, why don't you buy this from the most trusted Aseschem? We promise we will never dissatisfy you. Shop now!

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melt and pour soap

Melt and Pour Soap Recipe

Are you tired of using market soaps which are full of chemicals and want to switch to something more homemade but can’t seem to find one? Well, we’ve found a solution! Aseschem will demonstrate how to make homemade soap with only two components. Yes, you read that correctly. If you’re a newbie, this soap is a great place to start. Melt and pour soap is an excellent choice for anyone interested in making their soap. It’s as simple as melting the readymade foundation, adding your chosen colours and oils, and pouring it into a mould. After you’ve mastered the basics, try out more advanced methods like layers and swirls.

Soap is made using the cold process method (a more traditional method), blending oils and colors. Saponification is a chemical reaction that occurs as a result of this. The advantage of melt and pour soap is that the soap base has already gone through that process, which means you won’t have to deal with lye, and the soap will be ready to use as soon as it’s cooled and solidified. As a result, this soapmaking method is much more family-friendly.

It’s pretty simple to make. All you have to do now is get the soap base. You can use whatever hue you like. Then add the oils and place them in the mould. Your soap is finished and ready to use. Isn’t it simple? Color, scent, and shape a clear melted soap base as desired, and they’re prepared to use at home or present as gifts. Melt and pour soapmaking is a terrific method for newcomers to get their feet wet in the bubbly world of soapmaking and spa crafts. Now that you’ve learned how to create melt and pour soap, why don’t you try making your first package?

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What goes in conditioning your hair ?

Ingredients which form a thin layer on skin or on hair shaft and prevent from moisture loss are the conditioning agents.

Coming to hair care, conditioning agents play a key role in taming frizzy hair, conditioning chemically treated and damaged hair. It gives shine and lustre to the hair. These ingredients coat the cuticle and prevent damage due to heat and other environmental factors.

Few of the conditioning ingredients are cationic emulsifiers like BTMS 50, cationic guar gum aka Guar Hydroxypropyltrimonium Chloride; quaternary ammonium compounds like Centrimonium Chloride, Polyquat 7 and Polyquat 10; silicones like dimethicone, cyclomethicone and phenyl trimethicone.


You can click on the conditioning agent name to find more information and details about how to use it.


1) BTMS 50:

Type: Synthetic cationic emulsifier used in conditioner, shampoo bars and cream shampoo

INCI: Behentrimonium Methosulfate (and) Cetyl Alcohol (and) Butylene Glycol

How to use it?

BTMS 50 acts as an emulsifier in wash off and leave on conditioners. It emulsifies oil and water to form a cream.


It can be added to heated oil phase, melts at 60 deg C.

Why do we like it?

It is a premium conditioning ingredient which is used in majority of conditioners because of its excellent detangling and wet comb properties.

BTMS 50 alone acts as a conditioning agent without addition of any more ingredients.


2) Polyquat 10:

Type: Synthetic Cationic Polymer

INCI: Polyquaternium-10

How to use it?

Polyquat 10 can be added in the water phase, it is water soluble.

Why do we like it?

Polyquats can be used in shampoos without worrying about its charge. Often cationic ingredients like BTMS 50 are difficult to use with anionic ingredients like sulphates etc. because of the charge repulsion, which is not the case with polyquats.

Polyquat 10 is used in many conditioners because of its detangling and curl defining properties.


4) Polyquat 7:

Type: Synthetic Cationic Polymer

INCI: Polyquaternium-7

How to use it?

Polyquat 7 is soluble in water, can be added to water phase or cool down phase.

Why do we like it?

Polyquat 7 can be used in clear shampoos too. It doesn’t affect the clarity of shampoo.

It makes hair feel soft and bouncy. One of the go-to ingredient in DIY hair care products.



5) Cetrimonium Chloride:

Type: Synthetic Quat/ Emulsifier

INCI: Cetyl trimethyl ammonium chloride

How to use it?

Add in water phase or cool down phase

Why do we like it?

Cetrimonium chloride is liquid conditioning and softening agent. It is also an antistatic agent, controls frizzy hair.

It can be added in clear shampoos and clear water based leave-in conditioners.


6) Guar Hydroxypropyltrimonium Chloride:

Type: Natural Cationic Polymer/ Gum

Guar Hydroxy Propyltrimonium Chloride

INCI: Guar Hydroxypropyltrimonium Chloride

How to use it?

Add it in glycerine to hydrate, and then add in water to dissolve easily.

Why do we like it?

GHTC is derived from natural guar beans so its's a natural conditioning agent. It is a film former which makes hair soft and manageable.

It is also a thickener and viscosity enhancer in shampoos.

GHTC can be used in CG-friendly shampoos and conditioners too.


7) Dimethicone:

Type: Synthetic Non-Volatile Silicone (Non- Volatile indicate that these doesn’t evaporate after application)

INCI: Polydimethylsiloxane (Comes in various viscosities like 100cst, 500cst)

How to use it?

Add to oil phase or in cool down phase. Do not heat above 50 deg C.

Why do we like it?

Majority of the leave in conditioners, hair styling products contain dimethicone and cyclomethicone because of its excellent film forming ability which makes hair smooth and shine.

Dimethicone added in lower concentration does a great job as detangler and conditioner. It also adds slip to the conditioners.

Conditioner with dimethicone is helpful for chemically treated hair since it forms a thin layer on the hair making hair less frizzy.

What do we don’t like about it?

If used in higher concentrations (or if hair is not washed frequently with cleansing shampoo), it can deposit on scalp.


8) Cyclomethicone:

Type: Synthetic Volatile Silicone (Volatile indicates that it evaporates after sometime)

INCI: Cyclotetrasiloxane, cyclopentasiloxane

How to use it?

Can be added to Oil phase; do not heat above 50 deg C because it can evaporate.

Why do we like it?

Cyclomethicone is often used in combination with dimethicone and/or dimethiconol in leave-in conditioners and sprays. It evaporates quickly leaving hair soft and silky.  Products have a lighter non-greasy feel when cyclomethicone is added.

What do we don’t like about it?

Cyclopentasiloxane D4 and D5 are restricted in wash-off products in few countries because it is suspected to be accumulated in environment. However, it may not have that impact in leave on products.


9) Phenyl trimethicone:

Type: Synthetic Silicone

INCI: Diphenylsiloxy Phenyl Trimethicone

How to use it?

Add it with other silicones like Cyclomethicone and Dimethicone

Why do we like it?

Phenyl Trimethicone is a heat resistant ingredient which makes it suitable for styling sprays and serums. It makes hair silky and glossy.



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A quick guide to Cosmetic Preservatives

What is a Preservative?

Preservative is an ingredient which protects the products from going bad or contaminated. It increases the shelf life of the product.

Why are preservatives needed?

Preservatives are absolutely necessary to prevent from bacterial growth and mold. Whenever there is a chance of introduction of water, it can lead to bacterial growth.

We cannot see microbial growth with the naked eye. Yeast and mold may appear like black or white spots, or yellowish layer. Other ones, cannot be detected directly.

Unpreserved products can lead to skin diseases and skin infections. Fresh products are house for microbial growth. Even fruits, milk go bad and decay. Using high amount of oil, glycerine, salts or sugar like 70-80% can reduce microbial growth but using at a higher rate is not practical for many applications.

Broad Spectrum Preservatives:

Few preservatives work against gram positive bacteria, few against gram negative bacteria or yeasts or mold or fungi. So, often preservatives are combined to form a broad spectrum preservative. Broad spectrum preservative means which protects the product from gram positive/negative bacteria, yeasts, mold and fungi. It covers protection against all kinds of microbial growth.  

Difference between Gram Positive and Gram Negative Bacteria:

Gram stain is a laboratory test that detects bacteria and sometimes fungi.

Gram staining is what makes bacteria to be gram positive or negative and this happens because gram positive bacteria have thick peptidoglycan which retains crystal violet staining dye as opposed to gram negative. Gram negative bacteria stains red or pink.

Gram positive bacteria have cell walls composed mostly of a substance unique to bacteria known as peptidoglycan, or murein.

Tips to improve preservation:

  • Try to reduce the amount of water content.
  • Add chelating agent like EDTA, sodium gluconate or others.
  • Add preservative booster like Propanediol 1,3
  • Use containers that are less possible to contaminate with water products. Example: plastic or glass and not metals.
  • Do not add high amounts of electrolytes like aloevera, sodium lactate etc.
  • Check and adjust pH to cover preservative range.
  • Combine two preservatives to cover a broader range.
  • Avoid dipping fingers in products.
  • Follow GMP (Good Manufacturing Practises). May be will have another blog on this topic :D

Are you confused on which preservative to be used for a product? We have this sorted for you. Check out the preservatives that we have and how to use.


It is active against gram negative bacteria but weak against mold and yeast. Preservative booster is needed.

    Not a broad spectrum preservative.

    • Usage rate: 0.25-1%
    • Type: Liquid
    • pH: 7.0 (at 1%)
    • Stable up to 85’C
    • pH compatibility range: 3-10
    • Soluble in: oils, miscible in propylene glycol and glycerine, not completely soluble in water.
    • Can be combined with Potassium Sorbate between 0.1-0.2% to cover for yeast and mold.
    • Applications: Shampoo, shower gels, washoff products, creams and lotions.
    • Preservative gets inactivated by highly ethoxylated compounds like PEG’s.

    Preservative Eco

    It is a natural broad spectrum preservative. Can be used alone. Also known as Geogard ECT or Microkill ECT. Protection against gram positive, gram negative, yeasts and molds. 

    • INCI: Benzyl alcohol & Salicylic Acid & Glycerin & Sorbic Acid
    • pH compatibility range: 3-8% (effective under 5.5)
    • Usage rate: 0.6-1%
    • Applications: Creams, lotions, lipsticks, shampoos, haircare, makeup, scrubs
    • Type: Liquid
    • Solubility: Not completely soluble in water.
    • Not recommended for children products under the age of 3 specifically for products due to presence of Salicylic acid.
    • Temperature: Below 40’C, can be added in cool down phase.
    • Extends shelf life of personal care products typically to 6-18 months

    Potassium Sorbate  

    Natural preservative but is not a broad spectrum. It is effective against molds, yeasts and aerophile bacteria.
    • Solubility: Water
    • pH range: 2-6.5, most active at pH 4.4
    • Usage rate: 0.1- 0.2% in combination with other preservatives
    • Type: prills, mix in water
    • Applications: creams, lotions, hair care, sunscreen, makeup products.
    • Can be combined with sodium benzoate, gluconolactone or phenoxyethanol
    • Temperature: Under 60’C



    Sodium Benzoate

    • Natural preservative, often used with potassium sorbate to preserve low pH products against yeast and mold. Not broad spectrum.
    • Soluble in water
    • Usage rate: up to 1%
    • Type: powder
    • pH range: 4.5 or less
    • Applications: skin care, hair care, makeup and oral care




    Benzyl alcohol

    • Natural preservative, not a broad spectrum. Often used with potassium sorbate and phenoxyethanol. It is the constituent of essential oils. It acts as a solvent.
    • Usage rate: 0.5-1%
    • pH range: less than 5.5
    • Applications: skincare, haircare, makeup and nail products
    • Soluble in: ethanol, not completely water soluble

    Methyl Paraben

    • Parabens are one of the strongest and effective preservatives which have been used from years. Often when clays or natural powders are used, it increases the chances of contamination. To preserve these kind of products, parabens are used. Can be combined with propyl paraben.
    • Parabens got a bad reputation due to a study that found parabens in cancer tissues of a woman. But the study didn’t say that parabens are from skin care products or the parabens caused cancer. This got spread widely and usage of parabens reduced.
    • Parabens are found even in natural fruits like blueberries.
    • Type: Powder
    • Methyl Paraben Sodium is Soluble in Water and Methyl Paraben Plain is insoluble in water 
    • Applications: Soaps, detergents, personal care
    • Usage rate: 0.1-0.4%


    Propyl Paraben 

    • Type: Powder
    • Propyl Paraben Sodium is Soluble in Water and Propyl Paraben Plain is insoluble in water
    • Applications: creams, lotions, hair care, cosmetics, bath products, lip gloss, eye liner, mascara
    • Usage rate: 0.05-0.1%
    • Shouldn’t be used for kids products under age of 3

    CMIT/MIT 14% Isothiazolinone

    • Broad spectrum preservative, not suitable for children under age of 3 or for sensitive allergy prone skin.
    • Applications: hair care, cosmetics, skin care
    • Usage rate: 0.05-0.3%

     DMDM Hydantoin 

    Broad spectrum preservative. Products can be preserved effectively with less amount of preservative.

    • Type: Liquid
    • Applications: Shampoos, hand soaps, face creams, sunscreens, lotions.
    • Usage rate: 0.1-0.6%
    • pH: 4-10
    • Soluble in: water
    • Extends shelf life of personal care products typically to 6-18 months

    Reference links:








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    The Brilliance of Hydrolysed Proteins

    Ever wondered what is the difference between all the proteins that we have ? This is our attempt to show our readers what is the difference between all these proteins and why are they everywhere!!
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