Introduction: From Mineral Selection to Better Cosmetic Formulation
Caltron Clays & Chemicals works with cosmetic manufacturers that understand an important principle: the performance of a formulation depends partly on the quality and consistency of every raw material entering the production process. This is especially true for naturally sourced mineral ingredients, where characteristics such as mineral composition, whiteness, fineness, texture and processing can influence how the material performs in a finished cosmetic product.
Among these minerals, Cosmetic Grade Kaolin Powder has established a valuable role in modern skincare, beauty and personal-care development. It can be incorporated into clay masks, face powders, foundations, soaps, cleansers and selected speciality formulations. Its relevance comes from a combination of physical characteristics that can support oil management, mineral body, texture and matte-finish formulation objectives.
For R&D teams, however, identifying “kaolin” on a specification sheet is only the beginning. A cosmetic manufacturer must determine whether the specific grade performs as required, integrates with other ingredients and remains sufficiently consistent when production moves from a small laboratory batch to repeated commercial manufacturing. Procurement and quality teams must simultaneously evaluate specifications, documentation, supply capability and batch control.
This makes the selection of a reliable Kaolin Powder Manufacturer in India an important technical and commercial decision. Caltron Clays & Chemicals addresses these requirements through SANKOL™, its cosmetic-focused kaolin developed around fine texture, high whiteness and mineral characteristics suitable for personal-care formulation evaluation.
What Is Cosmetic Grade Kaolin Powder and Why Is Grade Important?
Kaolin is a naturally occurring clay material principally associated with kaolinite, a hydrated aluminium silicate mineral. Cosmetic Grade Kaolin Powder refers to kaolin selected and processed with characteristics appropriate for cosmetic and personal-care formulation requirements.
Understanding the word “grade” is essential.
Kaolin is used in multiple industries, and the specifications relevant to one application may be completely different from those required by cosmetic manufacturers. A generic industrial kaolin should therefore not automatically be considered suitable for a face mask, foundation or personal-care formulation simply because the basic mineral name is the same.
Cosmetic formulators need to look more closely.
Depending on the intended product, they may evaluate mineral identity, appearance, particle characteristics, whiteness, texture, consistency and other relevant quality parameters. The supplier’s processing approach and ability to provide current technical information are also important considerations.
This distinction is one reason cosmetic manufacturers increasingly seek suppliers with experience in cosmetic mineral raw materials instead of treating kaolin as a standard commodity purchase.
Why Has Kaolin Remained Relevant in Modern Cosmetics?
The continued use of kaolin is not based on novelty. It is based on practical formulation versatility.
Kaolin can contribute useful physical characteristics across several types of cosmetic products. Its mineral surface is relevant to oil interaction, while its particulate nature can influence body, texture, appearance and sensory characteristics.
These functions translate differently depending on the formulation.
In a clay mask, formulators may use kaolin to create mineral body and support surface-oil management. In a loose powder, the focus may be on mattifying effects and powder feel. In a foundation, kaolin may contribute to texture or oil-management objectives as part of a much larger pigment and binder system.
This versatility is particularly valuable for cosmetic R&D teams developing several product categories.
However, kaolin should not be selected solely because it is familiar or naturally derived. The specific grade must meet the technical objectives of the formulation.
A specialist Kaolin Powder Supplier in India should therefore be evaluated on the characteristics of the supplied material and its ability to maintain those characteristics during ongoing commercial supply.
How Does Kaolin Contribute to Cosmetic Product Performance?
Kaolin’s role in cosmetics is primarily physical.
It is not necessary to position the mineral as a therapeutic active to explain its usefulness. Its mineral surface and fine particulate structure can interact with oils and formulation components, helping formulators modify texture, appearance and surface feel.
This is particularly relevant to oil-control and mattifying products.
When incorporated appropriately, kaolin can support a formulation designed to reduce an excessively oily appearance. Its powdery mineral nature can also contribute to the dry-touch or matte characteristics expected from certain face powders and masks.
Yet performance depends on balance.
Increasing kaolin concentration may increase certain mineral characteristics, but it can also change spreadability, drag, drying behaviour, viscosity or after-feel. A formulation that looks effective on paper may not deliver the intended consumer experience if the mineral level is poorly optimized.
For this reason, formulators should test kaolin within the complete product rather than judge performance from the raw powder alone.
Absorption vs Adsorption: Why the Difference Matters to Formulators
The terms absorption and adsorption are frequently used in discussions surrounding cosmetic clays.
They are related concepts, but they are not identical.
Absorption generally describes material entering another substance, whereas adsorption refers to molecules or substances being retained on a surface. Clay minerals can exhibit behaviours discussed in terms of both processes depending on their physical characteristics and the system being evaluated.
For cosmetic manufacturers, the practical takeaway is simpler: kaolin can interact with surface oils and can therefore be useful in formulations designed around oil management.
This makes it relevant to clay masks, powders, mattifying cosmetics and selected cleansing products.
Technical accuracy is important here because cosmetic marketing sometimes goes considerably further, describing clays as ingredients that “pull toxins” from the skin. Such claims should not replace evidence-based formulation language.
For B2B ingredient communication, terms such as oil interaction, absorbency, adsorbency, mattifying effect and mineral texture provide a more technically appropriate description of kaolin’s formulation role.
What Does Mineral Composition Tell a Cosmetic Formulator?
Kaolin originates from natural mineral deposits. Consequently, geological source and mineral processing can influence the characteristics of the material supplied commercially.
Kaolinite itself is associated with hydrated aluminium silicate chemistry. But cosmetic manufacturers are purchasing a processed natural mineral raw material, not merely a chemical formula.
This distinction makes supplier control important.
A manufacturer needs confidence that the selected grade can repeatedly meet the parameters established during qualification. R&D teams need predictable formulation behaviour, while QC and procurement teams require appropriate specifications against which incoming material can be evaluated.
SANKOL™ is positioned by Caltron Clays & Chemicals around a suitable alumina-silica mineral profile for cosmetic applications together with fine texture and high whiteness.
The final decision to use any mineral grade should nevertheless be based on the manufacturer’s own qualification process, including current specifications and application testing.
Why High Whiteness Can Be Important in Cosmetic Formulation
The visual character of a raw material can directly influence products in which the ingredient forms a noticeable part of the formula.
This is especially important for white clay masks, face powders, foundations, soaps and other colour-sensitive products.
Suppose a manufacturer develops a pale clay mask using a particular kaolin sample. If later commercial supplies differ noticeably in colour, the finished product may also appear different even though the rest of the formulation remains unchanged.
Similar considerations apply to colour cosmetics.
Mineral powders can interact visually with pigments. Starting with a consistently high-whiteness material can therefore make colour development and visual control easier in appropriate formulations.
Caltron Clays & Chemicals positions SANKOL™ as a high-whiteness cosmetic kaolin for precisely these types of formulation considerations.
Importantly, whiteness should be treated as a physical attribute rather than as proof of overall purity. Quality evaluation should consider the complete specification.
Why Fine Particle Characteristics Matter to Cosmetic R&D Teams
The sensory difference between two mineral powders may become obvious the moment they are applied, dispersed or mixed.
Particle characteristics influence how a powder moves, feels and interacts with other ingredients.
In face powders, fineness may affect pickup, spread and tactile feel. In masks, particle characteristics can influence dispersion and application. In foundations, mineral particles interact with pigments, oils, fillers and binders, making the overall distribution important to product development.
This is why particle characteristics deserve attention during raw-material qualification.
A mineral can have the correct identity but still produce an undesirable sensory result if its physical profile does not match the formulation requirements.
SANKOL™ is positioned as an ultra-fine kaolin for cosmetic applications. For manufacturers, this provides a relevant starting point for formulations in which smooth mineral texture is important.
Specific performance should always be established through formulation trials using the actual supplied grade.
Key Formulation Benefits of Cosmetic Grade Kaolin Powder
Supports Surface-Oil Management
Kaolin can interact with surface oils, making it useful in cosmetic products developed around oil-control or mattifying concepts.
This is particularly relevant to masks, face powders and selected cleansers.
Helps Create a Matte Visual Finish
In appropriate powder and skincare formulations, kaolin can contribute to a less shiny appearance.
The finished effect depends on the complete formulation, including other powders, emollients, pigments and binders.
Provides Mineral Body
Clay-based products need physical body and character. Kaolin can contribute to the structure and appearance expected from mineral-rich masks and similar formulations.
Supports Texture Development
Fine kaolin can influence tactile properties and powder feel, making particle characteristics an important consideration for sensory-focused R&D.
Contributes to Appearance
High-whiteness grades can provide a useful starting base in products where mineral colour influences the final appearance.
Works Across Multiple Product Categories
The versatility of Cosmetic Grade Kaolin Powder means formulators can evaluate it across skincare, colour cosmetics, cleansing products and other appropriate personal-care applications.
Cosmetic Applications of Kaolin Powder: Where Can Formulators Use It?
Clay Masks and Rinse-Off Skincare
Kaolin is strongly associated with clay-mask formulations, but creating an effective mask requires more than simply adding clay to a base.
The mineral can contribute body, texture and oil-management characteristics. Formulators must then balance these properties against application, drying behaviour, removal and after-feel.
Humectants, emollients, rheology modifiers and other formulation components may be used to create the intended sensory experience.
For manufacturers, a consistent kaolin grade is particularly important because the mineral often represents a significant and visually noticeable portion of a clay-mask formula.
Loose and Pressed Face Powders
Kaolin can be useful in powder formulations developed around mattifying and oil-management objectives.
Developers should evaluate how it behaves with pigments, binders and other powders. Flow, pickup, spreadability and sensory character may all influence the final formulation.
High whiteness can also be valuable when the base mineral needs to have minimal unwanted influence on colour development.
Foundations and Colour Cosmetics
Kaolin may be incorporated into selected foundation and colour-cosmetic systems where formulators want mineral texture, oil management or appearance-related effects.
The ingredient should be considered part of the overall system.
Coverage, wear, shade and adhesion depend on numerous formulation components, meaning kaolin alone should not be credited with complete foundation performance.
Soaps and Facial Cleansers
Kaolin can contribute a recognizable mineral character to soaps and selected cleansing products.
It may also be relevant to formulations positioned around surface-oil management.
Compatibility with surfactants, soap bases, fragrances, oils and other components should be evaluated during product development.
Talc-Free Powder Concepts
Kaolin can be explored as part of talc-free formulation development.
It is important, however, to recognize that kaolin and talc are different minerals. Replacing one with another can alter flow, texture, binding and other physical characteristics.
Formulation redevelopment may therefore be necessary rather than relying on direct substitution.
Baby-Care Powder Systems
Selected kaolin grades may be evaluated for certain mineral-based powder concepts.
Baby-care products require careful consideration of exposure, safety and applicable regulatory requirements. Manufacturers should conduct product-specific assessment rather than assume that natural mineral origin automatically establishes suitability.
Sun-Care Formulations
Kaolin may be incorporated as a supporting mineral ingredient in selected sun-care formulations where texture, appearance or sensory modification is desired.
It should not be positioned as a UV filter or as an ingredient that independently provides a specific SPF.
Sun-protection performance must be established using the appropriate UV-filter system and finished-product efficacy testing.
Why Kaolin Is Valuable for Oil-Control and Mattifying Cosmetics
Oil-control cosmetics have evolved considerably.
Modern consumers often want reduced shine without an excessively powdery or uncomfortable finish. As a result, formulators must manage the relationship between oil interaction and sensory performance.
Kaolin is relevant because it can contribute to both mineral texture and oil-management objectives.
As one of the commonly considered oil absorbing cosmetic ingredients, kaolin may be combined with starches, other mineral powders, emollients or sensory modifiers according to the formulation strategy.
The ideal system depends on the product.
A pressed powder needs different flow and binding characteristics from a clay mask. A mattifying foundation requires careful interaction with pigments and oils. A cleanser has an entirely different base system.
SANKOL™ allows formulators to evaluate fine, high-whiteness kaolin across these different development objectives.
Kaolin vs Bentonite: Which Clay Should Formulators Choose?
Kaolin and bentonite frequently appear in the same cosmetic discussions, yet their formulation behaviour can be quite different.
Kaolin is primarily associated with kaolinite. Bentonite commonly contains smectite-group minerals and is particularly known for swelling when hydrated.
That distinction affects formulation behaviour.
A developer looking for significant swelling or rheological modification may evaluate bentonite differently from a formulator seeking the mineral texture and absorbent characteristics associated with kaolin.
In clay masks, either mineral—or a carefully designed combination—may be considered depending on the intended texture, application and drying profile.
There is therefore no universal winner.
The better ingredient is the one whose characteristics align with the specific formulation objective.
Kaolin vs Talc: What Is Important for Product Developers?
Kaolin and talc should not be considered the same material.
Kaolin is associated primarily with hydrated aluminium silicate, while talc is a magnesium silicate mineral. Differences in mineral structure and physical characteristics mean they can behave differently in formulations.
Interest in talc-free beauty products has encouraged cosmetic manufacturers to evaluate other mineral powders, including kaolin.
For brands developing these concepts, kaolin can be investigated as part of a broader powder system. However, a direct one-to-one substitution should not be assumed.
R&D teams need to evaluate texture, flow, pickup, oil interaction, binding and overall sensory performance before finalizing the formulation.
SANKOL™ provides Caltron Clays & Chemicals’ cosmetic-focused kaolin option for manufacturers exploring such mineral formulation strategies.
What Should Procurement Teams Check Before Sourcing Cosmetic Kaolin?
The best raw-material sourcing decisions combine technical qualification with commercial evaluation.
Before selecting a Kaolin Powder Supplier in India, manufacturers should examine:
- Mineral identity and intended cosmetic application
- Current raw-material specifications
- Physical appearance
- Particle characteristics
- Whiteness where relevant
- Batch consistency
- Relevant contaminant parameters
- Applicable microbiological requirements
- Available batch-specific documentation
- Traceability systems
- Packaging suitability
- Storage recommendations
- Processing capability
- Commercial-scale availability
- Export and market-specific documentation requirements
- Supplier responsiveness and technical communication
Samples should then be evaluated inside the intended formulation.
This last step is crucial. A raw material can appear excellent in isolation yet behave differently once combined with oils, surfactants, pigments, polymers or other mineral powders.
Why Batch Consistency Matters More Than a Perfect First Sample
One excellent sample does not establish a reliable commercial supply chain.
Cosmetic manufacturing depends on repeatability. When a product moves into regular production, manufacturers need confidence that subsequent raw-material batches will remain within the agreed specifications.
Unexpected mineral variation can create practical problems.
Differences in colour may become visible in pale products. Changes in particle behaviour can influence dispersion. Variations in powder characteristics may alter sensory properties or manufacturing behaviour.
This can result in additional QC investigations, production adjustments or formulation troubleshooting.
When evaluating a Kaolin Powder Manufacturer in India, buyers should therefore ask whether the manufacturer can support repeatable supply—not merely whether the initial sample looks good.
Commercial reliability is part of raw-material quality.
Manufacturing Standards: What Separates Cosmetic Kaolin from Generic Mineral Powder?
Cosmetic manufacturers need raw materials processed with their intended application in mind.
That does not mean relying on broad labels such as “premium,” “natural” or “high purity.” Instead, the grade should be supported by defined characteristics and an appropriate manufacturing approach.
Processing can influence fineness, appearance and consistency, all of which may affect cosmetic formulation.
Quality teams should therefore understand how the supplier defines and controls the commercial grade. Procurement teams should examine supply capacity and packaging, while R&D should verify formulation performance.
This integrated approach is particularly important for naturally derived minerals.
A cosmetic-focused Kaolin Powder Manufacturer in India should understand that the manufacturer’s requirement extends beyond delivering powder—it involves supplying a repeatable raw material suitable for professional qualification.
Caltron’s Dedicated Vapi Facility: A Cosmetic-Focused Mineral Processing Approach
Caltron Clays & Chemicals has invested in a dedicated pulverising operation at Vapi for cosmetic raw materials of mineral origin.
For cosmetic manufacturers, this specialised focus is relevant because physical processing can influence characteristics such as fineness and material consistency.
SANKOL™ forms part of this cosmetic mineral approach.
Rather than treating kaolin only as an industrial commodity, Caltron positions SANKOL™ around the requirements of skincare, beauty and personal-care formulators.
This supports manufacturers that want to evaluate mineral raw materials from a supplier familiar with cosmetic applications.
Facility capability should still form part of a broader supplier-qualification process involving specifications, relevant documentation, formulation trials and commercial assessment.
SANKOL™: Caltron’s Cosmetic-Focused Kaolin for Modern Formulators
SANKOL™ has been developed by Caltron Clays & Chemicals for manufacturers seeking a cosmetic-oriented kaolin rather than a generic mineral powder.
It is positioned as an ultra-fine hydrated aluminium silicate sourced from natural Indian mineral deposits and intended for cosmetic and personal-care formulation.
High whiteness is one of its key formulation-relevant attributes.
This can make SANKOL™ particularly interesting for products where the colour and appearance of the mineral base matter. Its fine physical characteristics are also relevant to applications where tactile feel and dispersion influence product quality.
Kaolin’s inherent mineral functionality enables formulators to consider SANKOL™ for oil-management, mattifying, mineral-texture and formulation-body objectives.
Potential development areas include face masks, loose and pressed powders, selected foundations, soaps, cleansers and other suitable personal-care formats.
Why SANKOL™ Makes Sense for B2B Cosmetic Product Development
B2B raw-material selection involves different priorities from consumer ingredient shopping.
A manufacturer may require kilograms or tonnes of material across repeated production schedules. This creates requirements around consistency, specifications, packaging, documentation and supply reliability that are not visible from a simple ingredient description.
SANKOL™ is positioned within this commercial manufacturing environment.
Caltron Clays & Chemicals combines the product with its experience in mineral-origin raw materials and dedicated cosmetic mineral processing.
For R&D teams, the key value lies in having a defined cosmetic-focused kaolin to evaluate.
For procurement teams, the value extends to the ability to discuss commercial sourcing requirements with a manufacturer focused on B2B raw-material supply.
For quality teams, approval should continue to depend on current specifications and the company’s internal qualification procedures.
This coordinated approach can help manufacturers move more effectively from raw-material evaluation to commercial production.
How to Identify the Right Kaolin Powder Manufacturer in India
The right supplier should support both today’s formulation and tomorrow’s production requirements.
Start by determining the characteristics your formulation actually needs.
Does whiteness matter? What sensory profile is required? How should the powder disperse? Is the product a dry powder, liquid foundation, rinse-off mask or cleansing system? Which parameters will QC use for incoming inspection?
Once these requirements are established, compare potential suppliers against them.
Review specifications, processing capabilities, batch consistency, technical communication, packaging and scalability.
A manufacturer should also be able to support the transition from development quantities to commercial purchasing.
Caltron Clays & Chemicals positions SANKOL™ within this B2B sourcing model, making the company a Kaolin Powder Manufacturer in India for businesses seeking a cosmetic-oriented mineral ingredient.
What Is Changing in Cosmetic Kaolin Sourcing in 2026?
Ingredient sourcing is becoming more technical, transparent and formulation-driven.
One change is the growing expectation for clearer raw-material information. Cosmetic companies increasingly want to know not only the ingredient name but also the characteristics of the specific commercial grade they are evaluating.
Another development is continuing interest in mineral-based formulation concepts.
Clay masks, mattifying skincare and powder cosmetics continue to create opportunities for kaolin, while talc-free development encourages R&D teams to investigate alternative mineral systems.
Sensory quality has also become increasingly important.
Consumers may appreciate natural or mineral positioning, but they still expect a product to spread well, feel pleasant and maintain an attractive appearance. This places greater importance on particle characteristics and formulation balance.
Finally, brands increasingly need supply partners capable of supporting scale.
A successful launch can rapidly increase raw-material demand. Supplier reliability therefore becomes part of product-development planning rather than a concern that begins only after commercialization.
Why Caltron Clays & Chemicals Is a Strategic Source for Cosmetic Kaolin
A strong B2B ingredient relationship begins with understanding what cosmetic manufacturers actually need from a raw-material supplier.
Caltron Clays & Chemicals combines mineral expertise with a cosmetic-focused approach through SANKOL™.
The product is positioned around high whiteness, ultra-fine physical characteristics and versatility across suitable skincare, colour-cosmetic and personal-care formulations. Caltron’s dedicated pulverising operation at Vapi further supports its focus on mineral-origin cosmetic raw materials.
This makes the company’s role broader than simply selling kaolin.
As a Cosmetic Raw Material Manufacturer in India, Caltron works within a B2B environment where R&D requirements, procurement considerations and commercial supply need to come together.
For manufacturers comparing a Kaolin Powder Supplier in India, SANKOL™ provides a cosmetic-focused option that can be evaluated against the technical requirements of the intended formulation.
Frequently Asked Questions About Cosmetic Kaolin Powder
1. What is Cosmetic Grade Kaolin Powder?
Cosmetic Grade Kaolin Powder is a refined kaolin mineral material intended for suitable cosmetic and personal-care formulations. Caltron Clays & Chemicals supplies SANKOL™, its cosmetic-focused kaolin for B2B manufacturers.
2. What does kaolin powder do in cosmetics?
Kaolin can contribute oil management, mineral body, texture and mattifying characteristics depending on the formulation. Caltron Clays & Chemicals offers SANKOL™ for manufacturers developing suitable skincare and beauty products.
3. Is kaolin powder suitable for face masks?
Yes, kaolin is widely used in clay-mask formulations where mineral body and surface-oil management are required. Caltron Clays & Chemicals supplies SANKOL™ for cosmetic manufacturers developing clay-based skincare.
4. Can kaolin powder help create a matte finish?
Kaolin can contribute to oil-management and matte-finish formulation strategies in suitable products. Caltron Clays & Chemicals offers SANKOL™ for formulators developing masks, powders and related cosmetic concepts.
5. Can kaolin powder be used in foundations?
Kaolin may be evaluated in selected foundation systems for texture, mineral character and oil-management objectives. Caltron Clays & Chemicals supplies SANKOL™ as a cosmetic mineral raw material for B2B formulation development.
6. Is kaolin the same as bentonite?
No. Kaolin is primarily associated with kaolinite, while bentonite generally contains smectite-group clay minerals. Caltron Clays & Chemicals offers SANKOL™ specifically as a cosmetic-focused kaolin powder.
7. Can kaolin be used in talc-free formulations?
Kaolin can be evaluated as part of talc-free cosmetic development, although it is not automatically a direct replacement for talc. Caltron Clays & Chemicals offers SANKOL™ for manufacturers exploring mineral-based formulation systems.
8. Who is a Kaolin Powder Manufacturer in India?
Caltron Clays & Chemicals is a Kaolin Powder Manufacturer in India offering SANKOL™ for skincare, beauty and personal-care manufacturers requiring a cosmetic-focused mineral grade.
9. How should manufacturers select a Kaolin Powder Supplier in India?
Buyers should compare specifications, particle characteristics, consistency, processing capability, documentation and commercial supply. Caltron Clays & Chemicals supplies SANKOL™ to B2B cosmetic manufacturers seeking a specialised kaolin option.
10. Why choose SANKOL™ Kaolin Powder?
SANKOL™ combines high-whiteness positioning, ultra-fine mineral characteristics and broad cosmetic formulation potential. Caltron Clays & Chemicals offers SANKOL™ for manufacturers developing suitable masks, powders, foundations, cleansers and personal-care products.
Conclusion: Make Kaolin Quality Part of Your Product Development Strategy
The right Cosmetic Grade Kaolin Powder can contribute much more than the familiar clay identity associated with traditional masks. Depending on the formulation, kaolin can support oil-management objectives, matte appearance, mineral body, texture and sensory characteristics across skincare, colour cosmetics and personal-care categories.
Achieving these benefits begins with selecting the right commercial grade. Cosmetic manufacturers should evaluate mineral identity, particle characteristics, whiteness, consistency, specifications, processing capability and available technical documentation before moving from development to commercial purchasing. These considerations make the choice of a Kaolin Powder Manufacturer in India an integral part of formulation and supply-chain planning.
Caltron Clays & Chemicals offers SANKOL™, its ultra-fine, high-whiteness cosmetic kaolin developed for B2B formulation requirements. Supported by Caltron’s experience with mineral-origin raw materials and its dedicated pulverising operations at Vapi, SANKOL™ gives cosmetic manufacturers a specialised mineral option to evaluate for clay masks, powders, selected foundations, soaps, cleansers and other appropriate personal-care applications.
For cosmetic brands, contract manufacturers, private-label companies, R&D teams and procurement professionals looking for a dependable Kaolin Powder Supplier in India, Caltron Clays & Chemicals provides a formulation-focused approach to cosmetic mineral sourcing.
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
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