Introduction: From Egg Shell Membrane to a New Skincare Ingredient
Some cosmetic ingredients begin with highly refined molecules, while others start with materials that already exist in nature. Egg shell membrane belongs to the second category. Hidden beneath the mineral shell of a hen’s egg, this delicate organic layer has a distinctive composition that has attracted attention from researchers, ingredient developers and cosmetic formulators.
The outer eggshell is commonly associated with calcium and mineral applications. The membrane underneath it is fundamentally different. It is an organic, fibrous material containing structural proteins and other naturally occurring components. Research has identified collagen-related proteins, elastin and glycosaminoglycan-associated components within eggshell membrane, contributing to its interest as a bio-based material for cosmetic and other applications.
Turning that membrane into a commercial cosmetic ingredient, however, requires much more than simply removing it from an eggshell. A professional ingredient manufacturing process needs to consider sourcing, collection, segregation, separation, cleaning, moisture management, drying, powder processing, quality evaluation, packaging and storage.
This is where the role of an Egg Membrane Powder Manufacturer in India becomes significant. Cosmetic manufacturers do not simply purchase an ingredient because it has an attractive natural origin. R&D teams need to understand its composition and physical characteristics, while procurement and quality teams need confidence in consistency, documentation and supply.
Caltron Clays & Chemicals offers EGGCAL-ESM™, a premium cosmetic-grade Egg Shell Membrane derived from the natural inner membrane of hen eggshells. The ingredient is naturally rich in Collagen Types I, V and X, elastin, hyaluronic acid and essential amino acids.
This composition gives EGGCAL-ESM™ relevance for modern skincare concepts involving skin conditioning, hydration, firmness, elasticity and age-conscious cosmetic positioning. It can be considered for applications such as firming serums, under-eye treatments, repair-oriented creams, hydration-focused formulations and collagen-focused skincare.
For B2B buyers, understanding the complete journey from source to finished powder makes ingredient evaluation more meaningful. It reveals why processing control matters, how quality should be assessed and what questions should be asked before an ingredient enters a commercial formulation.
The Hidden Layer Beneath the Shell: What Is Egg Membrane?
An egg is surrounded by several protective structures, and the hard mineral shell is only one part of that system. Beneath the shell are thin membranes that form part of the natural protective architecture of the egg.
Eggshell membrane is an organic material rather than a conventional mineral ingredient. Its fibrous structure and naturally occurring components distinguish it from the calcium-rich shell surrounding it.
Scientific research has examined eggshell membrane as a source of collagen-related proteins and other biological components. Reviews have also discussed its potential applications in areas including cosmetics, nutraceuticals and biomaterials.
For ingredient manufacturers and cosmetic buyers, this difference is important because the term “egg-derived” can refer to several very different raw materials.
Inside the Egg Shell: Understanding the Membrane
The membrane is positioned immediately inside the mineral eggshell. It is thin, flexible and fibrous, and its biological composition differs significantly from calcium carbonate-based eggshell material.
One of the major reasons for interest in egg membrane is its naturally occurring protein profile. The membrane contains collagen-related proteins and other components that contribute to its distinctive identity.
EGGCAL-ESM™ is based on this natural membrane fraction and is positioned as a cosmetic-grade ingredient for skincare formulation development.
Its composition includes:
- Collagen Types I, V and X
- Elastin
- Hyaluronic acid
- Essential amino acids
For cosmetic R&D teams, the value of such an ingredient lies in the opportunity to investigate its complete natural composition rather than focusing on a single isolated component.
Egg Shell Membrane and Egg Shell Are Not the Same Ingredient
A common sourcing mistake is to treat eggshell and eggshell membrane as interchangeable.
They are not.
| Attribute | Egg Shell | Egg Shell Membrane |
|---|---|---|
| Basic character | Mineral | Organic |
| Structure | Hard and rigid | Thin and fibrous |
| Main formulation interest | Calcium/mineral applications | Bio-based cosmetic ingredient applications |
| Ingredient identity | Eggshell-derived mineral | Egg membrane |
| Cosmetic positioning | Mineral raw material | Functional skincare raw material |
A cosmetic manufacturer should therefore confirm the exact material identity before ordering samples or approving a supplier.
Why Egg Shell Membrane Is Becoming Interesting for Cosmetic Formulators
Ingredient selection in modern skincare is increasingly sophisticated. Formulators may consider the source of an ingredient, its chemical and physical profile, compatibility with other ingredients, processing behaviour, documentation and supply consistency before deciding whether it belongs in a formulation.
Egg shell membrane offers an unusual combination of natural origin and biological composition.
The presence of collagen-related proteins, elastin, hyaluronic acid and amino acids gives the material a distinctive profile that can be investigated for specialized cosmetic applications.
This does not mean that the raw material alone determines the performance of a finished cosmetic product. The final outcome depends on the entire formulation system, including ingredient level, delivery system, processing conditions and product testing.
A Multi-Component Natural Ingredient
Many cosmetic ingredients are selected because they provide one clearly defined functional property.
Egg membrane is different because it naturally contains several types of components within a single biological matrix.
This characteristic can be attractive to formulators exploring multifunctional ingredient concepts.
EGGCAL-ESM™ brings together a naturally occurring profile of collagen Types I, V and X, elastin, hyaluronic acid and essential amino acids.
Such a profile can be considered when developing products positioned around:
- Skin conditioning
- Hydration
- Firmness
- Elasticity
- Mature-skin care
- Specialized facial care
The formulation team should still evaluate the ingredient according to the requirements of the final product.
Why Formulators Are Exploring Bio-Based Ingredients
The growing interest in bio-based cosmetic materials is also changing the way brands approach ingredient innovation.
Instead of relying exclusively on conventional synthetic materials, R&D teams may investigate naturally derived alternatives that offer distinctive composition, sourcing stories or formulation opportunities.
Egg membrane fits into this broader area of exploration because it provides a naturally occurring material with an established biological composition.
Before the Powder: Where the Manufacturing Journey Begins
The finished cosmetic ingredient is the result of a chain of controlled activities.
The journey begins with the source material.
For an egg-derived ingredient, appropriate collection and handling are important because the starting material is biological in origin. Material identification, segregation and hygienic handling establish the foundation for subsequent processing.
Source Material Selection
The first stage involves identifying suitable eggshell material for membrane recovery.
The objective is to create a controlled source stream that can be processed consistently.
Source management can also contribute to traceability, which becomes increasingly important when supplying ingredients to professional cosmetic manufacturers.
Collection and Segregation
Once collected, the material needs to be appropriately segregated.
Segregation helps maintain the identity of the membrane source and reduces the risk of mixing it with unrelated egg-derived materials.
For manufacturers handling multiple raw materials, clear material identification is an important part of process control.
Hygienic Handling
The biological origin of the membrane makes controlled handling particularly relevant.
Suitable hygiene practices help support the quality objectives established for the raw material.
Cosmetic buyers should understand how their supplier manages incoming material before it reaches the main processing stages.
Separating the Membrane From the Egg Shell
One of the defining stages in the production of egg membrane powder is the recovery of the membrane from the surrounding shell.
The shell and membrane are closely associated, but they are chemically and physically different materials. Separation therefore determines whether the manufacturer obtains a membrane-focused ingredient or a material containing a significant amount of unwanted shell fraction.
Research has examined different methods for separating eggshell membrane, including mechanical and other approaches. The exact commercial method depends on the manufacturer’s equipment, process design and final product requirements.
Why Controlled Separation Matters
A well-controlled separation stage supports ingredient identity.
For a cosmetic manufacturer, this matters because the formulation team is evaluating a specific raw material rather than an undefined mixture of egg-derived components.
The separation process should therefore be designed to produce a consistent membrane fraction suitable for subsequent processing.
Cleaning the Recovered Membrane
After separation, the recovered membrane requires appropriate cleaning and preparation.
The goal is to establish a suitable material for further processing while maintaining its intended identity.
Cleaning is therefore connected to the wider quality-control system rather than being viewed as an isolated step.
How Cosmetic Grade Egg Membrane Powder Is Manufactured
Producing Cosmetic Grade Egg Membrane Powder requires a sequence of controlled processing stages.
Although individual manufacturers may use different equipment or process configurations, the manufacturing journey can broadly be understood as follows.
Stage 1: Raw-Material Collection
Suitable eggshell material is collected and managed as the starting material for membrane recovery.
Source control supports traceability and helps establish a consistent manufacturing workflow.
Stage 2: Material Segregation
The source material is separated from unrelated materials and maintained within the appropriate processing stream.
This helps preserve material identity throughout production.
Stage 3: Membrane Separation
The membrane is recovered from the mineral eggshell.
The purpose is to obtain the organic membrane fraction while minimizing unwanted shell material.
Stage 4: Cleaning and Preparation
The recovered membrane is subjected to suitable cleaning and preparation processes.
This stage supports the quality and suitability of the material for subsequent processing.
Stage 5: Moisture Management
Moisture management prepares the material for powder processing and storage.
For organic raw materials, uncontrolled moisture can influence handling and storage characteristics.
Stage 6: Drying
An appropriate drying or moisture-reduction process is applied according to the manufacturer’s established process.
Specific temperature or drying parameters should not be assumed because they depend on the manufacturing system and product specification.
Stage 7: Pulverisation
The processed membrane is converted into a powdered form.
Pulverisation influences the physical characteristics of the final ingredient and can affect handling and formulation behaviour.
Stage 8: Particle Control
Where required, sieving or another particle-control step can help establish a more consistent powder profile.
The actual particle-size characteristics should be taken from the supplier’s technical specification.
Stage 9: Quality Evaluation
The resulting material is assessed against defined quality requirements.
Depending on the specification, this may include evaluation of identity, appearance, odour, moisture-related characteristics, microbiological quality and other applicable parameters.
Stage 10: Packaging and Storage
The approved powder is packaged appropriately and stored under recommended conditions before dispatch.
Packaging and storage are important because ingredient quality needs to be maintained beyond the manufacturing floor.
Why Moisture and Powder Processing Matter
Converting a delicate membrane into a stable powder requires careful attention to its physical characteristics.
Moisture can influence powder flow, storage behaviour and handling. This makes moisture management an important part of preparing the ingredient for commercial use.
Similarly, pulverisation can influence how the powder is handled during weighing, transfer and formulation.
Powder Handling in the Formulation Laboratory
R&D teams need ingredients that can be measured, transferred and incorporated into experimental formulations in a reasonably predictable manner.
Physical differences between batches can complicate formulation development.
For this reason, powder characteristics should be clearly defined and controlled according to the manufacturer’s product specification.
From Powder Processing to Finished Formulation
Once the raw material reaches the cosmetic manufacturer, its performance depends on the formulation environment.
The ingredient may interact with emulsifiers, solvents, active ingredients, preservatives and other components.
Its behaviour should therefore be assessed within the actual formulation rather than inferred solely from its ingredient description.
What Defines High-Quality Cosmetic Grade Egg Membrane Powder?
The phrase Cosmetic Grade Egg Membrane Powder represents more than natural origin.
A professional cosmetic raw material should have an identifiable specification and quality framework appropriate to its intended use.
Ingredient Identity
The first question is whether the material is genuinely the specified egg shell membrane.
This prevents confusion between membrane powder, eggshell calcium and other egg-derived ingredients.
Appearance and Odour
Appearance and odour can provide useful practical indicators during incoming-material inspection.
The buyer should compare these characteristics against the agreed product specification.
Moisture
Moisture-related characteristics can influence powder handling and storage.
Appropriate control supports a more predictable raw-material profile.
Microbiological Quality
Biological-origin ingredients require appropriate microbiological consideration.
The specific testing and acceptance requirements should correspond to the supplier’s specification and the buyer’s intended application.
Contaminant Control
Buyers should establish relevant contaminant requirements based on their formulation, target market and internal quality standards.
Supplier documentation can form part of this assessment.
Batch-to-Batch Consistency
Consistency is essential when a cosmetic product moves from development into commercial production.
R&D teams need confidence that repeat orders will remain within the agreed material profile.
Documentation: An Essential Part of B2B Ingredient Qualification
A product sample tells a buyer what the ingredient looks like at one point in time. Documentation provides a broader view of how the material is defined and controlled.
Depending on the supplier and buyer requirements, documentation may include:
- Technical specifications
- Product information
- Certificates of analysis
- Safety-related documentation
- Storage information
- Packaging information
- Other quality records
For international buyers, additional documentation may be required depending on the destination market.
A Cosmetic Raw Material Manufacturer in India serving professional customers should therefore be evaluated not only by product availability but also by the quality information supporting the material.
Why Processing Control Matters for Cosmetic R&D
Cosmetic formulators need to understand how an ingredient behaves, not simply what it is called.
Processing can influence powder characteristics, moisture, appearance, odour and handling. These characteristics may subsequently affect formulation trials.
Eggshell membrane also has a naturally complex structure. Research has explored processing and modification approaches partly because the native membrane structure can present challenges related to solubility and functional usability.
This makes ingredient format particularly important.
Native Egg Membrane Powder vs Modified Derivatives
A conventional membrane powder should not automatically be considered equivalent to a hydrolyzed or otherwise modified egg membrane ingredient.
Different processing approaches can produce materials with different physical and functional characteristics.
For buyers, the product specification should therefore be reviewed before selecting an ingredient for formulation trials.
From Laboratory Trial to Commercial Production
An ingredient that performs acceptably in a laboratory trial must still be assessed for commercial repeatability.
As production volume increases, the formulation may encounter differences in mixing, processing, filling and storage.
A reliable supply relationship helps reduce unnecessary uncertainty during this transition.
Formulation Compatibility
Before commercial adoption, R&D teams should evaluate:
- Dispersion
- Compatibility
- Appearance
- Odour
- Processing behaviour
- Finished-product stability
- Packaging compatibility
- Intended sensory profile
This approach allows the raw material to be evaluated as part of a complete cosmetic system.
Cosmetic Applications of Egg Membrane Powder
The composition of egg membrane creates opportunities for exploration across several skincare categories.
Cosmetic Grade Egg Membrane Powder can be considered where brands are developing naturally derived, conditioning or age-conscious cosmetic concepts.
Firming Serums
Firming serums often focus on ingredients associated with skin conditioning and the appearance of firmness and elasticity.
Egg membrane can be evaluated as part of this type of formulation strategy because of its collagen and elastin-related composition.
The finished serum should be assessed for its own formulation performance rather than relying solely on the characteristics of the raw material.
Anti-Aging Skincare
Egg membrane is relevant to skincare concepts designed for mature skin and visible signs associated with aging.
Its naturally occurring composition can support an ingredient story around skin conditioning, firmness and hydration.
Finished-product claims should be supported through appropriate testing and should remain within the applicable cosmetic framework.
Under-Eye Products
Under-eye creams and serums require careful consideration of sensory characteristics and formulation compatibility.
Egg membrane can be explored in products where the brand is looking for naturally derived ingredients for conditioning and hydration-focused positioning.
Repair-Oriented Creams
Egg membrane can also be investigated in creams positioned around maintaining the appearance and feel of well-conditioned skin.
Brands should distinguish cosmetic conditioning language from claims suggesting medical healing or treatment.
Hydration-Focused Skincare
The presence of naturally occurring hyaluronic acid within eggshell membrane contributes to interest in hydration-oriented formulations.
However, finished-product hydration depends on the complete formulation and should be evaluated through appropriate testing.
Collagen-Focused Formulations
Brands developing collagen-focused skincare concepts may also evaluate egg membrane as a naturally derived ingredient.
EGGCAL-ESM™ provides a membrane-based ingredient profile containing collagen Types I, V and X for professional formulation investigation.
How to Select an Egg Membrane Powder Manufacturer in India
Choosing an ingredient manufacturer is a technical procurement decision.
For businesses searching for an Egg Membrane Powder Manufacturer in India, the evaluation should cover product quality, manufacturing controls, documentation and long-term supply capability.
Check the Source
Understand where the membrane originates and how the source material is handled.
Source information can help establish traceability and material identity.
Understand the Processing Route
Ask how the membrane is separated, cleaned, dried and converted into powder.
The manufacturer should be able to provide appropriate technical information without necessarily disclosing confidential process details.
Review Quality Specifications
Ask for the current product specification and identify which parameters are relevant to the intended application.
Evaluate Batch Consistency
Determine how the supplier maintains consistency between production batches.
This becomes particularly important for brands planning recurring commercial manufacturing.
Review Documentation
Establish which documents are available and whether they satisfy the buyer’s internal qualification process.
Assess Supply Capability
Consider:
- Minimum order requirements
- Lead times
- Commercial quantities
- Repeat-order capability
- Packaging
- Logistics
- Export documentation
Evaluate Technical Communication
Good communication between supplier and buyer can simplify ingredient qualification.
R&D teams should be able to obtain the information needed to conduct responsible formulation trials.
Why Choose Caltron Clays & Chemicals for Egg Membrane Powder?
Finding a suitable supplier is only the first step. The more important question is whether the supplier can support the ingredient throughout development, qualification and commercial sourcing.
Caltron Clays & Chemicals offers EGGCAL-ESM™, a premium cosmetic-grade Egg Shell Membrane derived from the natural inner membrane of hen eggshells.
The ingredient contains naturally occurring Collagen Types I, V and X, elastin, hyaluronic acid and essential amino acids.
A Specialized Cosmetic Ingredient
EGGCAL-ESM™ is intended for cosmetic formulation applications rather than being positioned as a general-purpose eggshell material.
Its potential applications include:
- Firming serums
- Under-eye treatments
- Hydration-focused skincare
- Skin-conditioning creams
- Age-conscious cosmetic products
- Collagen-focused formulations
- Specialized facial-care products
This allows R&D teams to investigate egg membrane within specific formulation concepts.
Quality-Conscious B2B Sourcing
For a cosmetic manufacturer, raw-material quality is connected to process control, product specifications and documentation.
Caltron Clays & Chemicals focuses on providing specialized raw materials for B2B customers, allowing procurement and R&D teams to evaluate EGGCAL-ESM™ according to their own requirements.
Supporting Formulation Development
Ingredient sourcing should complement product development.
Caltron Clays & Chemicals provides product-focused information for businesses evaluating EGGCAL-ESM™ and supports a B2B approach to cosmetic ingredient sourcing.
The final formulation remains the responsibility of the cosmetic manufacturer and should undergo appropriate compatibility, stability, safety and performance evaluation.
Commercial Supply Considerations
As products move toward launch, the supplier relationship becomes increasingly important.
Repeat orders, product consistency, documentation, packaging and communication all contribute to a practical long-term sourcing arrangement.
Caltron Clays & Chemicals serves businesses looking for specialized cosmetic raw materials and offers EGGCAL-ESM™ for manufacturers, brands, formulators and ingredient buyers.
What Should Cosmetic Brands Evaluate Before Using Egg Membrane Powder?
A new ingredient should be evaluated against the needs of the finished product.
Define the Formulation Objective
Identify what the ingredient is expected to contribute.
Possible objectives may include:
- Skin conditioning
- Hydration-focused positioning
- Firmness-focused skincare
- Age-conscious formulation
- Collagen-focused product concepts
Review Ingredient Compatibility
Assess the material within the actual formulation system.
Consider interactions with:
- Base ingredients
- Emulsifiers
- Preservatives
- Other actives
- Processing conditions
- Packaging materials
Review Sensory Characteristics
Appearance, odour, texture and overall sensory performance should be evaluated within the finished formulation.
Conduct Stability Testing
The finished product should undergo suitable stability evaluation before commercial launch.
Verify Regulatory Requirements
The cosmetic manufacturer should review applicable requirements in each intended market, including ingredient, product, labelling and claims requirements.
Plan for Scale-Up
The formulation should be evaluated beyond laboratory scale when commercial manufacturing is planned.
This can help identify processing or consistency issues before full-scale production.
The Emerging Future of Egg-Derived Cosmetic Ingredients
The growing interest in egg membrane reflects a broader shift toward investigating naturally derived materials for higher-value applications.
Research has described eggshell membrane as an underutilized biological material with potential across several industries, including cosmetics. This creates an interesting intersection between ingredient science, resource utilization and cosmetic innovation.
The Move Toward Bio-Based Ingredients
Cosmetic brands are increasingly interested in ingredients with recognizable natural origins and distinctive composition.
However, natural origin alone does not establish quality or performance.
A successful cosmetic ingredient needs to combine an appropriate composition with controlled processing, consistent specifications and formulation suitability.
Innovation Through Processing
The manufacturing route can influence how a biological material becomes useful to formulators.
Research into eggshell membrane has explored separation, hydrolysis and modification approaches, demonstrating that processing can create different forms of membrane-derived materials.
For ingredient buyers, this reinforces an important principle: always understand exactly which format is being supplied.
Traceability and Responsible Sourcing
Ingredient traceability is becoming increasingly relevant to professional cosmetic procurement.
Brands need to understand where ingredients originate, how they are processed and what information supports their supply-chain claims.
For egg membrane, responsible sourcing discussions should be based on verifiable manufacturing and supply-chain information.
Opportunities for Cosmetic R&D
Egg membrane provides another ingredient platform for formulators investigating specialized skincare.
Its natural collagen-related proteins, elastin, hyaluronic acid and amino acids create a distinctive starting point for product development.
The future of egg-derived cosmetic ingredients will depend on continued research, effective processing, quality consistency and the ability of manufacturers to deliver materials that meet professional formulation requirements.
Frequently Asked Questions
What is Egg Membrane Powder?
Egg Membrane Powder is a powdered raw material derived from the natural inner membrane of hen eggshells. Caltron Clays & Chemicals offers EGGCAL-ESM™ as a cosmetic-grade ingredient for professional skincare formulation development.
What is Cosmetic Grade Egg Membrane Powder used for?
Cosmetic Grade Egg Membrane Powder can be evaluated in firming serums, under-eye treatments, hydration-focused products, skin-conditioning creams and age-conscious skincare. Caltron Clays & Chemicals supplies EGGCAL-ESM™ for cosmetic manufacturers and formulators.
Does egg shell membrane contain collagen?
Egg shell membrane naturally contains collagen-related proteins, including Types I, V and X as specified for EGGCAL-ESM™. Caltron Clays & Chemicals offers the ingredient for cosmetic formulations where its naturally occurring membrane composition is relevant.
How is egg membrane powder manufactured?
The manufacturing journey can include source collection, segregation, membrane separation, cleaning, moisture management, drying, pulverisation, particle control, quality evaluation, packaging and storage. Caltron Clays & Chemicals supplies EGGCAL-ESM™ as a cosmetic-grade egg membrane ingredient.
Can egg membrane powder be used in anti-aging skincare?
Egg membrane can be explored in age-conscious cosmetic formulations focused on skin conditioning, firmness and elasticity. Caltron Clays & Chemicals positions EGGCAL-ESM™ for specialized skincare concepts, with finished-product performance determined through formulation and testing.
How do I choose an Egg Membrane Powder Manufacturer in India?
Compare the supplier’s sourcing, processing controls, quality specifications, documentation, batch consistency, packaging and commercial supply capability. Caltron Clays & Chemicals offers EGGCAL-ESM™ for B2B cosmetic ingredient evaluation.
What should I check before buying egg membrane powder?
Review ingredient identity, source, processing, quality parameters, microbiological requirements, documentation, storage conditions and batch consistency. Caltron Clays & Chemicals provides EGGCAL-ESM™ for cosmetic manufacturers evaluating specialized egg-derived raw materials.
How do I find an Egg Membrane Powder Supplier in India?
Look for a supplier that can provide defined specifications, appropriate documentation, consistent material and dependable B2B communication. Caltron Clays & Chemicals supplies EGGCAL-ESM™ for skincare brands, formulators and cosmetic manufacturers.
Can egg membrane powder be used in skincare formulations?
Yes, it can be evaluated in creams, serums, under-eye products and other specialized skincare concepts. Caltron Clays & Chemicals offers EGGCAL-ESM™ as a cosmetic-grade egg shell membrane for formulation development.
Where can cosmetic manufacturers source EGGCAL-ESM™?
EGGCAL-ESM™ is offered by Caltron Clays & Chemicals for cosmetic manufacturers, brands, formulators and ingredient buyers. Product information is available through the official EGGCAL-ESM™ product page.
Conclusion: Turning a Natural Membrane Into a Cosmetic Ingredient
The journey from egg shell membrane to a finished cosmetic raw material involves a series of carefully connected stages. Source-material handling, segregation, membrane recovery, cleaning, moisture management, drying, pulverisation, quality evaluation, packaging and storage all contribute to the final ingredient profile. What begins as a thin natural membrane therefore becomes a specialized raw material through controlled processing rather than through a single manufacturing step.
For cosmetic manufacturers, ingredient selection should extend beyond the appeal of natural origin. Cosmetic Grade Egg Membrane Powder needs to be considered in terms of identity, physical characteristics, quality parameters, documentation, formulation compatibility, batch consistency and commercial supply. These factors become especially important when an ingredient moves from initial R&D trials into repeat commercial manufacturing.
EGGCAL-ESM™ by Caltron Clays & Chemicals provides a cosmetic-grade Egg Shell Membrane option for professional skincare formulation and ingredient sourcing. Businesses evaluating an Egg Membrane Powder Manufacturer in India can review the ingredient according to their formulation objectives, quality requirements and commercial needs.
Caltron Clays & Chemicals Pvt. Ltd.
Address: Office No. 211, 2nd Floor, Orbit Premises, Next to Sheetal Banquets, Opp to Inox Plaza, Mindspace, Malad West, Mumbai, Maharashtra 400064 India
Phone No.: 022 3571 9844 | +91 70214 37453 | +91 22 2876 4864
Website: https://caltronclays.com
Email: marketing@caltronclays.com | sales@caltronclays.com
Google Maps: https://maps.app.goo.gl/jCuz1ZCf1iAhzZiH7
