20 Microns

[20microns]

Vietnam’s Manufacturing Growth is Driving Demand for Advanced Industrial Mineral Solutions

Vietnam has rapidly emerged as one of Asia’s most promising manufacturing destinations. From paints and plastics to ceramics, construction materials, and specialty industrial applications, the country is witnessing strong industrial expansion supported by infrastructure development, export growth, and increasing global investments.

As industries continue to evolve, the need for high-performance raw materials and advanced mineral technologies has become more important than ever. Manufacturers today are not only looking for cost efficiency — they are also focused on product consistency, durability, process optimization, and sustainable production practices.

This is where advanced industrial mineral solutions are playing a critical role.

The Rising Importance of Industrial Minerals in Vietnam

Industrial minerals are essential components used across a wide range of manufacturing sectors. Materials such as calcium carbonate, talc, kaolin, silica, dolomite, and specialty fillers contribute significantly to improving product performance and production efficiency.

In Vietnam’s fast-growing industrial ecosystem, these minerals are widely used in:

Paints & coatings

Plastics & polymers

Ceramics & tiles

Construction materials

Rubber products

Adhesives & sealants

Agrochemical formulations

Modern manufacturing applications demand minerals that offer better purity, finer particle size distribution, improved dispersion, and enhanced functional performance. This has increased the demand for micronized and specialty mineral solutions across industries.

Supporting the Paints & Coatings Industry

Vietnam’s paints and coatings market continues to grow due to urban development, commercial infrastructure projects, and rising consumer demand. Industrial minerals are widely used in coating formulations to improve opacity, surface smoothness, scrub resistance, durability, and rheology control.

Advanced mineral fillers also help manufacturers optimize formulations while maintaining high-quality finish and long-term coating performance.

Driving Innovation in Plastics & Polymers

The plastics industry in Vietnam is another major growth segment. Manufacturers are increasingly using functional mineral fillers to enhance stiffness, dimensional stability, thermal resistance, and processability in plastic applications.

High-performance mineral solutions help improve:

Product strength

Surface finish

Cost optimization

Processing efficiency

Mechanical performance

These benefits are especially important for packaging, PVC compounds, engineering plastics, and injection molding applications.

Construction & Infrastructure Development

Vietnam’s infrastructure growth is creating significant opportunities for construction chemicals and building material manufacturers. Industrial minerals are widely used in wall putty, adhesives, sealants, flooring systems, engineered stone, and cement-based products.

Specialty mineral solutions help improve:

Workability

Smoothness

Crack resistance

Mechanical strength

Durability

As the construction industry moves toward higher-performance materials, the demand for advanced mineral technologies continues to rise.

The Role of Advanced Micronization Technology

One of the key factors influencing industrial mineral performance is particle engineering and micronization technology. Finely processed minerals provide better dispersion, improved consistency, and enhanced application properties across manufacturing processes.

Advanced micronization and material science expertise allow industries to develop products that meet modern performance expectations while improving operational efficiency.

Sustainability & Responsible Manufacturing

Sustainability is becoming increasingly important across global manufacturing industries, and Vietnam is no exception. Industries are now focusing on resource efficiency, waste reduction, and environmentally responsible production systems.

Industrial mineral manufacturers are also adopting sustainable processing practices and innovative technologies to support cleaner and more efficient industrial growth.

Vietnam’s Industrial Future

With strong industrial expansion, rising exports, and continuous infrastructure investments, Vietnam is expected to remain a major manufacturing hub in Southeast Asia. The growing need for performance-driven materials will continue to create opportunities for advanced industrial mineral solutions across multiple sectors. As industries move toward higher quality standards and technical innovation, industrial minerals will remain a key component in supporting Vietnam’s long-term manufacturing growth and competitiveness in the global market.

[20microns]

20 Microns at Coatings For Africa 2026: Driving Innovation in the Coatings Industry

20 Microns Limited is proud to announce its participation in Coatings For Africa 2026, one of the leading events for the paints and coatings industry in Africa. The exhibition will be held from 24–26 June 2026 at the Sandton Convention Centre, Johannesburg, South Africa. Visitors can meet the 20 Microns team at Booth A05 to explore advanced mineral solutions and specialty additives designed for modern coating applications.

As a globally trusted manufacturer of industrial minerals and performance solutions, 20 Microns continues to support the coatings industry with innovative products that improve durability, finish quality, processing efficiency, and sustainability.

What Visitors Can Expect at Booth A05

At the exhibition, industry professionals, distributors, manufacturers, and business partners will get the opportunity to discover:

Advanced mineral solutions for paints and coatings

Innovative additives and functional fillers

Sustainable and high-performance product offerings

Customized solutions for industrial applications

Opportunities for collaboration and business growth

The company will showcase its expertise in specialty minerals and additives that are widely used in decorative paints, industrial coatings, construction chemicals, and allied sectors.

Supporting the Future of the Coatings Industry

With decades of experience in industrial minerals and specialty chemicals, 20 Microns focuses on delivering products that help manufacturers improve:

Product performance

Surface finish and opacity

Durability and strength

Cost efficiency in formulations

Sustainable manufacturing practices

The participation in Coatings For Africa 2026 reflects the company’s commitment to innovation, technical excellence, and customer-focused solutions for the global coatings market.

Event Details

Event: Coatings For Africa 2026

Date: 24–26 June 2026

Venue: Sandton Convention Centre

Location: Johannesburg, South Africa

Booth Number: A05

20 Microns warmly invites customers, partners, and industry professionals to visit the booth and experience innovative mineral solutions that add value to the coatings and paints industry. The event will provide an excellent platform for networking, knowledge sharing, and exploring future business opportunities in the African coatings market.

[20microns]

Ball Clay for Ceramics and Industrial Applications | 20 Microns

Ball clay is a fine-grained, highly plastic sedimentary clay widely used in ceramics and other industrial applications. Known for its excellent binding properties, high green strength, and superior workability, ball clay plays a critical role in improving shaping performance and finished product quality. At 20 Microns, ball clay is processed with advanced mineral technology and strict quality control systems to ensure consistent particle size, purity, and reliable industrial performance.

What Makes Ball Clay Important?

Ball clay is primarily valued for its plasticity and binding strength. In ceramic formulations, it acts as a supporting clay that enhances workability and improves the strength of unfired products. When blended with other minerals such as feldspar and kaolin, ball clay helps achieve optimal forming characteristics and smooth surface finish.

Industries often face challenges such as cracking during drying, poor molding behavior, or inconsistent firing results. High-quality ball clay addresses these issues by delivering:

• Improved plasticity for easy shaping • High green strength to reduce breakage • Better surface finish and smoothness • Controlled shrinkage during drying and firing • Enhanced suspension properties in ceramic slips

Key Applications of Ball Clay

Ceramic Industry Ball clay is extensively used in: • Sanitaryware • Tableware • Wall and floor tiles • Electrical porcelain

It enhances moldability and improves the strength of ceramic bodies before firing. Its fine particle size contributes to better compaction and surface smoothness.

Refractory and Construction Applications In certain refractory blends, ball clay improves plasticity and supports shaping processes. It also contributes to improved bonding characteristics in specific construction formulations.

Industrial Fillers and Specialty Applications Ball clay is used as a functional additive in selected industrial processes where plasticity, binding strength, and particle uniformity are essential.

Common Manufacturing Challenges and Solutions

Problem: Cracks during dryingSolution: Ball clay improves green strength and uniform shrinkage, minimizing stress development.

Problem: Poor casting performanceSolution: Its fine particle size improves suspension stability and casting behavior.

Problem: Surface defects in finished products Solution: High-quality ball clay ensures smoother surfaces and better finishing results.

Why Choose 20 Microns Ball Clay?

20 Microns focuses on delivering mineral solutions that meet strict industrial requirements. The company’s ball clay grades are developed through controlled mining, beneficiation, and processing to ensure:

• Consistent chemical composition • Controlled particle size distribution • High plasticity and workability • Reliable performance across ceramic applications • Technical support for formulation optimization

With decades of expertise in mineral processing, 20 Microns follows robust quality management systems aligned with industry standards. Each batch is tested to maintain consistency and meet customer-specific requirements.

Ball clay remains a vital raw material in ceramic and industrial manufacturing due to its plasticity, strength, and performance-enhancing properties. Selecting the right grade directly impacts shaping efficiency, product durability, and final surface quality. By combining advanced processing technology with technical expertise, 20 Microns provides dependable ball clay solutions tailored to modern industrial needs.

For manufacturers seeking consistent performance and reliable supply, ball clay from 20 Microns offers both quality assurance and application-driven value.  

Know more on: https://www.20microns.com/products/product_detail/ball-clay/27 

[20microns]

Opacifier Manufacturer & Supplier in India | White Pigment Opacifier | 20 Microns

Opacifier is a key functional additive used to enhance opacity, brightness, and surface finish in paints, coatings, plastics, ceramics, and construction materials. 20 Microns is a trusted manufacturer and supplier of high-performance white pigment opacifier in India, offering consistent particle distribution, excellent dispersion, and superior light scattering properties. Designed to improve coverage efficiency and reduce formulation costs, our opacifier solutions deliver reliable results across demanding industrial applications. With advanced processing technology and strict quality standards, 20 Microns ensures performance-driven mineral solutions for diverse industries. Explore premium opacifier solutions from 20 Microns and connect with our experts to optimize your formulations today.

To know more: https://www.20microns.com/products/white-pigment-opacifier 

[20microns]

China Clay | Kaolin for Agrochemicals

Micron China GL White Powder is a refined hydrous clay suitable for wettable formulations, seed coating, and crop protection applications.

Key Benefits: • Helps shield plants from UV radiation • Helps lower leaf temperature • Supports plant health • Helps reduce pathogen infection

Applications: Wettable Formulation | Seed Coating | Crop Protection

For more details and enquiries, connect with us today.

[20microns]

Innovation in rheology starts with the right formulation.

Introducing the HYDROXYLGEL™ Series from 20 Microns Limited — advanced inorganic rheology solutions designed to enhance performance, stability, and cost efficiency across paints and cementitious systems.

🔹 HYDROXYLGEL™ A1 Optimized for water-based paints with excellent rheology control, stability, and texture performance.

🔹 HYDROXYLGEL™ A4W Engineered for cementitious wall putty systems with superior anti-sag, water retention, and anti-chalking properties.

✅ Better Rheology & Stability ✅ Strong Anti-Sag & Anti-Settling Performance ✅ Improved Cost–Performance Balance ✅ Up to 50% Replacement Efficiency

Whether it’s decorative paints, texture coatings, or wall putty systems — the HYDROXYLGEL™ Series helps formulators achieve smarter and more efficient results.

📩 Connect with us for technical discussions, product details, and sampling support.

20 Microns: Attapulgite series of Hydroxylgel and ATPgel, mineral rheology modifiers, offer effective thixo

[20microns]

Role of Mineral Additives in Modern Agrochemical Formulations

The agrochemical industry is rapidly evolving as manufacturers focus on improving crop productivity, formulation efficiency, and sustainable farming practices. Along with active ingredients, the performance of agrochemical products also depends heavily on the quality of mineral additives used during formulation development.

Today, minerals such as kaolin clay for agrochemicals are widely used to improve product stability, enhance application performance, and support better crop protection. Due to its natural composition, fine particle size, and excellent chemical stability, kaolin has become an important ingredient in modern agricultural formulations.

At 20 Microns Limited, we provide high-quality agricultural grade kaolin clay designed to meet the growing demands of agrochemical manufacturers worldwide.

Why Mineral Additives are Important in Agrochemicals

Modern crop protection products require consistent formulation performance under different environmental conditions. Mineral additives help improve the physical properties of agrochemical products, ensuring better handling, storage, and field application.

Among various minerals, kaolin clay for agro formulations is highly preferred because it offers:

Excellent dispersion properties

Improved formulation stability

Better moisture control

Uniform distribution of active ingredients

Compatibility with multiple agrochemical systems

These benefits help manufacturers create products that perform efficiently while maintaining product consistency.

Kaolin Clay as a Functional Agrochemical Mineral

The use of natural mineral kaolin for farming has increased significantly due to its multifunctional role in agricultural products. Kaolin works as a carrier, filler, anti-caking agent, and crop protection mineral across multiple formulations.

Its fine and chemically inert structure allows smooth blending with active ingredients while improving formulation performance.

Kaolin Clay Pesticide Carrier in Crop Protection

One of the most common applications is kaolin clay pesticide carrier in pesticide formulations. Kaolin acts as a stable medium that evenly distributes active ingredients throughout the formulation.

This helps in:

Better formulation consistency

Improved application efficiency

Enhanced coverage on crop surfaces

Stable storage performance

As a result, manufacturers can achieve reliable crop protection performance with improved product quality.

Crop Protection Kaolin Mineral for Sustainable Agriculture

Sustainable farming practices are driving the demand for safer and more environmentally compatible crop protection solutions. Crop protection kaolin mineral is increasingly used to create protective coatings on plant surfaces.

This protective layer helps:

Reduce insect attacks

Minimize sunburn damage on crops

Lower plant stress caused by excessive heat

Improve crop quality and yield

Because of these benefits, kaolin-based products are becoming increasingly important in integrated pest management systems.

Kaolin Clay for Insect Repellent Sprays

Another growing application is kaolin clay for insect repellent sprays. When sprayed on crops, kaolin particles create a thin white film that interferes with insect feeding and egg-laying activities.

This approach offers several advantages:

Supports eco-friendly farming practices

Reduces dependence on harsh chemicals

Improves crop safety and protection

Suitable for multiple crop types

The use of kaolin sprays is especially beneficial for fruit and vegetable cultivation.

Kaolin Clay as Anti-Caking Agent in Fertilizers

Fertilizer manufacturers also use kaolin clay as anti-caking agent fertilizer additive to improve product handling and storage stability.

Moisture absorption during storage can cause fertilizers to form lumps, affecting application efficiency. Kaolin helps maintain free-flowing fertilizer properties by reducing caking and improving flowability.

Benefits Include:

Improved fertilizer storage stability

Reduced lump formation

Better product handling

Consistent field application

Importance of Micronized Kaolin for Agrochemical Use

For advanced formulations, micronized kaolin for agrochemical use provides superior performance due to its controlled particle size and improved surface properties.

Micronized kaolin offers:

Better suspension stability

Enhanced adhesion to crop surfaces

Improved formulation uniformity

Efficient dispersion in spray systems

These properties make it suitable for high-performance agrochemical applications.

Kaolin Clay Foliar Spray Ingredient

As a kaolin clay foliar spray ingredient, kaolin is widely used to protect crops from environmental stress. Its reflective properties help reduce heat absorption and maintain healthier plant conditions.

Key Benefits of Foliar Sprays

Reduces heat stress in plants

Protects leaves and fruits from UV damage

Supports healthy crop development

Improves water retention efficiency

This makes kaolin-based foliar applications highly effective in hot agricultural regions.

Why Choose 20 Microns for Agrochemical Minerals?

20 Microns Limited is a trusted supplier of engineered mineral solutions for the agrochemical industry. Our kaolin products are processed to deliver consistent quality and performance across multiple agricultural applications.

What We Offer

High purity agricultural grade kaolin clay

Controlled micronized particle size

Reliable bulk supply

Technical support for formulations

Customized mineral solutions for agrochemical applications

We work closely with agrochemical manufacturers to help improve product performance and formulation efficiency.

Advanced Mineral Solutions for Modern Agriculture

As agriculture continues to evolve, the demand for reliable and high-performance mineral additives will continue to grow. Using kaolin clay for agrochemicals allows manufacturers to improve formulation quality, enhance crop protection, and support sustainable farming practices.

Partner with 20 Microns Limited for advanced mineral solutions tailored to modern agrochemical applications.

[20microns]

20 Microns produces high-quality Ramming Mass made from good quality Quartz, ensuring uniform size distribution for a strong & long-lasting

 Ramming Mass for Steel Iron & Foundry Industries | 20 Microns

20 Microns Limited is one of India's most trusted manufacturers and suppliers of premium quality ramming mass specifically engineered for steel, iron, aluminum, and foundry industries. Produced by crushing and precision grading of high purity quartz under carefully controlled manufacturing conditions, 20 Microns' ramming mass delivers exceptional uniform size distribution  ensuring good compact lining, least open space between particles, and maximum furnace lining life in every application. Widely accepted in coreless induction furnaces for melting scrap to liquid steel, their dry lining refractory ramming mass is suitable for all types of iron, steel, aluminum, and foundry furnaces  making it a truly versatile and reliable refractory solution for demanding high-temperature industrial environments. The consistent quality of high purity quartz used in production results in considerably greater furnace strength, superior thermal stability, outstanding corrosion resistance, and remarkable uniformity in physical properties significantly improving overall furnace performance and operational efficiency. Visit 20microns.com to explore their complete ramming mass range and request a custom quote today. To Know more : https://www.20microns.com/products/ramming-mass

[20microns]

What Makes 20 Microns a Trusted Dolomite Powder Manufacturer for Industry

When it comes to sourcing high-quality industrial minerals, choosing the right dolomite powder manufacturer can make a significant difference in product performance, cost efficiency, and regulatory compliance. 20 Microns Limited, one of India’s most established and trusted dolomite powder manufacturers, has been delivering consistent quality industrial mineral solutions to leading manufacturers across paints, coatings, plastics, rubber, ceramics, refractories, construction, and agriculture industries for over 35 years.

20 Microns sources dolomite from carefully selected deposits and processes it under strictly controlled manufacturing conditions ensuring consistent chemical composition, controlled particle size distribution, and exceptional whiteness in every batch. Their high-purity dolomite powder offers superior hardness with a Mohs hardness of approximately 3.5 to 4, outstanding durability, and remarkable brightness making it an ideal functional filler and extender for the most demanding industrial applications. Available in multiple forms including natural lumps for custom grinding, micronized grades for paints and plastics, high-purity low-iron grades for brightness-critical applications, and calcined dolomite grades for refractory and high-temperature uses, 20 Microns covers every industrial requirement under one roof.

Key Features of 20 Microns Dolomite Powder

Superior hardness with Mohs hardness of 3.5–4

High whiteness and brightness for coating and plastic applications

High purity low iron grades available for brightness-critical applications

Controlled particle size distribution for consistent batch performance Outstanding thermal and heat resistance in calcined grades

Enhances mechanical strength, rigidity, and dimensional stability

With over 35 years of manufacturing excellence, a dedicated R&D centre in Waghodia, Vadodara staffed by experienced chemists, geologists, and engineers, advanced quality control instruments, and a robust global distribution network spanning more than 47 countries, 20 Microns consistently delivers dolomite powder solutions that meet the strictest international quality and performance standards. Their commitment to innovation, sustainability, and customer-centric technical service makes them the preferred dolomite powder manufacturer for leading industrial companies across India and globally.

Looking for a reliable and experienced dolomite powder manufacturer for your industrial application? Visit 20microns today to explore their complete dolomite product range, download their company brochure, or connect directly with their application engineers for a customized solution tailored to your specific industry requirements. Request a custom quote today and experience the 20 Microns difference in quality, consistency, and technical excellence.

[20microns]

Functional Minerals in Agrochemicals: Improving Formulation Performance & Crop Efficiency

In the modern agrochemical industry, the focus is not only on active ingredients but also on the supporting materials that enhance formulation performance. These materials, known as functional minerals, play a critical role in improving stability, application efficiency, and overall product effectiveness.

From talc and kaolin to silica and calcium carbonate, functional minerals are widely used across pesticide formulations, fertilizers, and crop protection solutions. They help manufacturers create products that are not only effective but also consistent and cost-efficient.

At 20 Microns Limited, we specialize in providing high-performance mineral solutions tailored for agrochemical applications.

What are Functional Minerals in Agrochemicals?

Functional minerals are naturally occurring or processed minerals used to enhance the physical and chemical properties of agrochemical formulations. While they do not act as active ingredients, they significantly improve how the product performs in real-world agricultural conditions.

These minerals are used in:

Pesticide formulations

Fertilizer additives

Seed treatment solutions

Crop protection sprays

Their role is to ensure that the formulation remains stable, easy to apply, and effective in the field.

Key Benefits of Functional Minerals in Agrochemical Formulations

The use of functional minerals has become essential for manufacturers aiming to produce high-quality agrochemical products.

Major Advantages:

Improved formulation stability

Better dispersion of active ingredients

Enhanced flowability and handling

Increased shelf life of products

Cost optimization without compromising quality

These benefits help agrochemical companies deliver consistent and reliable products to farmers.

Types of Functional Minerals Used in Agrochemicals

Talc – Efficient Carrier and Flow Enhancer

Talc is widely used as a carrier in pesticide formulations and dust products. Its soft texture and hydrophobic nature make it ideal for improving flow and dispersion.

Kaolin – Crop Protection and Coating Mineral

Kaolin is commonly used in crop protection sprays and foliar applications. It forms a protective layer on plant surfaces, reducing insect damage and environmental stress.

Silica – Anti-Caking and Absorption Agent

Silica plays an important role in preventing moisture-related issues. It improves flow properties and helps maintain product stability in fertilizers and powders.

Calcium Carbonate – Cost-Effective Filler

Calcium carbonate is used to improve bulk density and reduce formulation costs while maintaining product performance.

Role of Functional Minerals in Crop Protection

Functional minerals significantly enhance the effectiveness of crop protection products. They help in uniform distribution of active ingredients, ensuring better coverage and improved pest control.

Key Contributions:

Better adhesion on plant surfaces

Improved spray coverage

Reduced loss of active ingredients

Enhanced protection against environmental factors

These factors contribute to higher crop yield and improved agricultural productivity.

Importance in Sustainable Agriculture

With increasing demand for eco-friendly farming practices, functional minerals are gaining importance due to their natural origin and low environmental impact.

They support sustainable agriculture by:

Reducing dependency on synthetic additives

Enhancing efficiency of bio-based formulations

Supporting environmentally safe crop protection methods

Why Choose 20 Microns for Agrochemical Minerals?

20 Microns Limited is a leading provider of engineered mineral solutions for the agrochemical industry.

Our Strengths:

Wide range of functional minerals

High purity and consistent quality

Customized solutions for formulations

Strong technical support

Reliable supply chain

We work closely with agrochemical manufacturers to improve formulation performance and product efficiency.

Enhance Your Agrochemical Formulations with the Right Minerals

Choosing the right functional minerals can make a significant difference in the performance of your agrochemical products. Whether you are developing pesticides, fertilizers, or seed treatment solutions, high-quality minerals can help you achieve better results.

Partner with Us for Advanced Mineral Solutions

If you are looking to improve your agrochemical formulations, partner with 20 Microns Limited for reliable and high-performance mineral solutions.

Get Started:

Request technical data

Get formulation support

Ask for product samples

[20microns]

Role of Functional Minerals in Cosmetics: Enhancing Performance, Texture & Quality

In today’s fast-evolving beauty and personal care industry, product performance, safety, and sensory appeal are more important than ever. Behind every high-quality cosmetic formulation lies a combination of carefully selected ingredients — among which functional minerals play a critical role.

From silky textures in face powders to stability in creams and lotions, mineral-based additives are widely used to improve both the functionality and aesthetics of cosmetic products.

Why Minerals are Essential in Cosmetic Formulations

Minerals are widely used in cosmetics due to their unique physical and chemical properties. These include softness, chemical inertness, absorbency, and excellent dispersion behavior.

For instance, minerals like talc are known for being extremely soft, hydrophobic, and chemically stable, making them ideal for skin-contact applications.

Key Benefits of Functional Minerals:

Improve texture and smoothness

Enhance spreadability and application

Provide oil and moisture absorption

Improve product stability

Deliver opacity and brightness

Act as carriers for active ingredients

These benefits make them indispensable across a wide range of cosmetic products.

Applications of Minerals in Cosmetics

Different cosmetic products require different combinations of minerals to achieve desired performance. Below are some key applications:

1. Color Cosmetics (Lipstick, Foundation, Eye Makeup)

Minerals such as talc, mica, titanium dioxide, and kaolin are widely used in:

Lipsticks

Foundations

Eye liners and eye shadows

These minerals help improve:

Smooth application

Color uniformity

Coverage and opacity

Skin feel

2. Creams & Lotions

In skincare formulations, minerals act as:

Rheology modifiers

Texture enhancers

Stabilizers

They help maintain consistency, prevent separation, and improve the sensory experience of creams and lotions.

3. Baby Care Products

Minerals like talc and calcium carbonate are commonly used in baby powders due to their:

Excellent absorbency

Softness on skin

Ability to reduce friction

These properties ensure gentle care for sensitive skin.

4. Personal Hygiene Products

Products such as:

Deodorants

Shower gels

Shampoos

use minerals for:

Oil control

Texture improvement

Stability enhancement

5. Oral Care & Soaps

In toothpaste and soaps, minerals function as:

Mild abrasives

Fillers

Performance enhancers

They contribute to cleaning efficiency while maintaining product stability.

Why Talc is a Preferred Mineral in Cosmetics

Among all functional minerals, talc remains one of the most widely used ingredients in cosmetic formulations.

Key Advantages of Talc:

Provides a soft, silky feel

Absorbs excess oil and moisture

Improves product adhesion to skin

Enhances spreadability

Safe and non-irritating for daily use

Additionally, high-quality cosmetic-grade talc is processed to ensure purity, controlled particle size, and compliance with global safety standards.

Importance of Particle Size & Purity

The performance of minerals in cosmetics depends heavily on:

Particle size distribution (PSD)

Shape (aspect ratio)

Purity levels

Controlled particle size ensures better dispersion and uniformity, while higher purity enhances safety and product quality.

Advanced Mineral Solutions for Modern Cosmetics

With increasing demand for high-performance cosmetics, manufacturers are now using advanced mineral solutions such as:

High-purity talc

Calcined kaolin

Fumed silica

Organoclays

Titanium dioxide

These materials are engineered to deliver:

Improved texture

Better stability

Enhanced visual appeal

Long-lasting performance

Conclusion

Functional minerals have become a cornerstone of modern cosmetic formulations. Their ability to enhance texture, improve stability, and deliver superior performance makes them essential across a wide range of personal care products.

As the cosmetics industry continues to evolve, the demand for high-purity, performance-driven mineral additives will only grow. Manufacturers who invest in the right mineral solutions can create products that not only meet consumer expectations but also stand out in a competitive market.

[20microns]

Kaolin Clay for Agrochemicals

Agriculture is evolving rapidly with the need for safer, more efficient, and sustainable crop protection solutions. One of the most valuable mineral ingredients used in agro formulations today is kaolin clay for agrochemicals. This naturally occurring mineral plays a crucial role in improving pesticide performance, enhancing crop protection, and optimizing fertilizer stability.

High-purity agricultural grade kaolin clay is widely used by agrochemical manufacturers due to its excellent adsorption properties, fine particle size, and chemical stability.

What is Kaolin Clay and Why is it Important in Agriculture?

Kaolin is a naturally occurring clay mineral composed primarily of hydrated aluminum silicate. Because of its purity, whiteness, and fine particle structure, natural mineral kaolin for farming has become an essential ingredient in modern agricultural formulations.

When processed into micronized kaolin for agrochemical use, it provides improved dispersion, enhanced stability, and consistent performance in crop protection products.

Key Applications of Kaolin Clay in Agrochemical Formulations

1. Kaolin Clay as a Pesticide Carrier

One of the most common applications is kaolin clay pesticide carrier in wettable powders and suspension concentrates. The mineral acts as an ideal carrier material that:

Improves dispersion of active ingredients

Enhances formulation stability

Enables uniform application on crop surfaces

Its high surface area allows active molecules to distribute evenly, ensuring better effectiveness of pesticides.

2. Crop Protection with Kaolin Mineral

Crop protection kaolin mineral is widely used in eco-friendly pest control systems. When applied to crops, kaolin forms a protective film on plant surfaces that discourages insects from feeding or laying eggs.

Benefits include:

Reduced pest attacks

Protection against sunburn on fruits

Improved crop yield and quality

This makes kaolin an effective mineral for sustainable agriculture practices.

3. Kaolin Clay for Insect Repellent Sprays

Another growing application is kaolin clay for insect repellent sprays. When applied as a spray coating on crops, the mineral creates a barrier that interferes with insect behavior.

Advantages:

Non-toxic to plants

Safe for integrated pest management (IPM)

Helps reduce reliance on synthetic chemicals

Many organic farming programs use kaolin-based sprays for natural pest control.

4. Kaolin Clay as Anti-Caking Agent in Fertilizers

Fertilizer manufacturers also use kaolin clay as anti-caking agent fertilizer additive. Its moisture absorption and flow-improving properties help prevent fertilizer particles from sticking together during storage and transportation.

Benefits include:

Improved fertilizer flowability

Reduced lump formation

Enhanced product shelf life

5. Kaolin Clay for Agro Formulations

Modern agrochemical manufacturers rely on kaolin clay for agro formulations due to its formulation compatibility and mineral purity.

It is commonly used in:

Wettable powders (WP)

Water dispersible granules (WDG)

Suspension concentrates (SC)

Dust formulations

The mineral improves physical stability and ensures uniform dispersion during field application.

6. Kaolin Clay as a Foliar Spray Ingredient

Another important use is kaolin clay foliar spray ingredient for protecting plant leaves and fruits. When sprayed, the fine kaolin particles reflect excess sunlight and reduce plant stress.

Key benefits include:

Protection against heat and UV stress

Reduced water loss from leaves

Improved photosynthetic efficiency

This makes kaolin sprays particularly useful in hot agricultural regions.

Why Micronized Kaolin is Ideal for Agrochemical Use

High-performance formulations require carefully processed micronized kaolin for agrochemical use. Micronization improves the mineral’s functional properties such as:

Uniform particle size distribution

Enhanced surface area

Better suspension stability

Improved adhesion to plant surfaces

These characteristics make micronized kaolin highly effective in pesticide and crop protection formulations.

Choosing the Right Kaolin for Agricultural Applications

When selecting agricultural grade kaolin clay, agrochemical manufacturers should consider:

High purity and low impurities

Controlled particle size distribution

Good dispersion properties

Consistent whiteness and mineral quality

Reliable mineral processing companies such as 20 Microns Limited provide engineered kaolin solutions tailored for agrochemical formulations.

Conclusion

Kaolin has become an essential mineral for modern agriculture due to its versatility and environmental compatibility. From acting as a kaolin clay pesticide carrier to improving fertilizer stability and enabling kaolin clay for insect repellent sprays, this mineral offers multiple advantages for agrochemical manufacturers.

With the growing demand for sustainable farming, natural mineral kaolin for farming and advanced micronized kaolin for agrochemical use will continue to play a key role in developing efficient crop protection solutions.

[20microns]

Increase light scattering power while reducing costs with 20 Microns White Pigment Opacifier, a cost-effective alternative to TiO2.

Preferred by coating and plastics manufacturers worldwide, 20 Microns offers the innovative Opacifier Lithomer® a high-performance white pigment solution for high opacity coatings and plastics. Lithomer® is developed through co-precipitation under special controlled post-production treatment, resulting in ultrafine particle size distribution optimally adjusted for optical and rheological properties. It enables paint and coating producers to achieve cost savings through partial replacement of TiO2 by up to 15%, while maintaining high gloss, high lightness, and neutral white colour. Extensively used for solvent-based coatings, powder coatings, and white masterbatch formulations  across plastics and industrial applications.Contact 20 Microns today and get the best Opacifier solution for your coatings and plastics needs! To know more : https://www.20microns.com/products/product_detail/white-pigment-opacifier/512

[20microns]

China Clay (Kaolin) for Paper, Ceramic and Coating Applications by 20 Microns

20 Microns is a leading manufacturer and supplier of premium China Clay commonly known as Kaolin  delivering high-purity mineral solutions for paper, ceramic, coating, and diverse industrial applications across India and globally. With state-of-the-art manufacturing facilities in Gujarat, Rajasthan, and Tamil Nadu, 20 Microns offers a comprehensive range of processed Kaolin in both hydrous and calcined forms, engineered to meet the precise quality demands of modern industries. Trusted by manufacturers worldwide for its consistency, purity, and performance, 20 Microns China Clay is the preferred mineral solution for industries that demand nothing but the best. Kaolin, commonly referred to as China Clay, is a white, soft, plastic clay mainly composed of fine-grained plate-like particles. It is chemically inert, non-abrasive, and has low heat and electricity conductivity. The largest applications for kaolin are the filling and coating of paper as well as the production of fine ceramics. The name "kaolin" is derived from the Chinese word "Gaoling," meaning "high ridge," which refers to the location in China where the clay was first discovered. Available in hydrous and calcined forms, China Clay is one of the most versatile industrial minerals used across multiple high-value industries. Key Features of 20 Microns China Clay

Exceptional Whiteness & Brightness  Kaolin is commercially valued for its whiteness and fine particle size, with additional physical characteristics including brightness, glossiness, and low abrasiveness that influence its commercial utility 

Hydrous & Calcined Grades Available 20 Microns offers a range of processed kaolin in hydrous and calcined forms from state-of-the-art manufacturing units located in Gujarat, Rajasthan, and Tamil Nadu

 Superior Paper Coating Performance  Kaolin improves paper appearance characterized by gloss, smoothness, brightness, and opacity, and most significantly improves printability 

 Excellent Ceramic Properties  Enhances whiteness, thermal stability, and mechanical strength in ceramic glazes, whiteware bodies, and refractory applications

TiO2 Extender in Coatings  Improves dry hiding, film build, and cost efficiency especially in matt and satin coating formulations, reducing dependency on expensive TiO2

 Chemically Inert & Non-Toxic  Kaolin remains chemically inert over a relatively wide pH range and offers excellent covering when used as a pigment or extender in coated films and filling applications

Sustainable Engineered Mineral  20 Microns' specially developed sustainable engineered kaolin helps achieve excellent properties across paint and coating, paper, rubber, cosmetics, plastics, adhesive, and ceramic industries 

 Multi-Industry Compatibility  Compatible with paints, coatings, plastics, rubber, adhesives, cosmetics, and pharmaceutical formulations

 Fine Particle Size Distribution  Customizable grinds available to meet specific hiding, texture, or rheology requirements across applications

 Cost-Effective Filler Reduces overall formulation costs while maintaining or improving product performance across paper, coatings, and ceramics.

20 Microns brings over three decades of expertise in industrial mineral manufacturing to deliver China Clay products of exceptional quality, consistency, and performance. With advanced processing capabilities across multiple manufacturing locations in India, 20 Microns ensures a reliable and uninterrupted supply of both hydrous and calcined Kaolin grades tailored to each industry's specific requirements. Their commitment to sustainable mineral processing, rigorous quality control, and customer-focused technical support makes 20 Microns the most trusted China Clay supplier for industries across India and international markets. Conclusion: China Clay (Kaolin) by 20 Microns is a versatile, high-performance industrial mineral that delivers exceptional value across paper, ceramic, coating, rubber, plastics, adhesive, and cosmetic applications. From improving paper brightness and printability to enhancing ceramic strength and coating opacity, 20 Microns China Clay consistently delivers superior results backed by decades of manufacturing excellence and innovation. Whether you require hydrous or calcined grades for standard or specialty applications, 20 Microns has the right China Clay solution for your industry.

[20microns]

20 Microns is a quality Perlite Manufacturer & Supplier In India. Find the Best Perlite Price with 20 Microns. Perlite Suppliers in Tamil Na

Perlite supplier offering expanded perlite - an amorphous volcanic mineral with 3-5% combined water that expands 20 times its original volume when heated above 870°C. Our perlite pops like popcorn, creating tiny glass-sealed bubbles producing amazing lightweight and exceptional physical properties. Features snowy white to grayish white color with inter-locking fragmented particles. Perfect for filter aids, textured paints, construction, horticulture, foundry operations, and cosmetics. Also offering Microns Perl - unexpanded perlite for foundry applications with excellent slag coagulant ability, no splashing, easy slag removal, and increased ladle lining life. 

Connect with 20 Microns for expert technical support and reliable supply. Request your quote now!

To Know More : https://www.20microns.com/products/product_detail/wax-and-wax-additives/595

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Feldspar Mineral as a Fluxing Agent in Ceramic and Glass Industries

Feldspar represents one of nature's most widely distributed and industrially significant minerals, essential to numerous manufacturing sectors worldwide. This aluminosilicate mineral family comprises distinct varieties, with albite, microcline, orthoclase, and anorthite being the most prominent members. The classification extends further based on alkali composition, creating categories of sodium-based, potassium-based, and combination feldspars, each delivering specialized attributes for targeted industrial uses.

Transformative Role in Ceramic and Glass Production

Within ceramic and glass manufacturing, feldspar demonstrates exceptional value as a fluxing material. It effectively reduces the fusion temperature of raw material mixtures, enabling transformation into glassy phases at cost-efficient heat levels. This temperature-moderating capability translates into substantial energy savings while boosting manufacturing productivity.

The ceramic sector leverages feldspar's ability to initiate vitrification—creating a glass-like binding phase that yields superior structural integrity, reduced porosity, and enhanced visual appeal. From decorative tiles and sanitaryware to tableware and electrical insulators, feldspar determines both functional performance and product quality.

Glass production relies on feldspar as a vital source of aluminum oxide and alkaline components, which regulate melt behavior, enhance chemical durability, and control thermal expansion. Applications ranging from container glass to architectural glazing and specialty glass products benefit from the consistency feldspar delivers.

Key Properties The exceptional industrial utility of feldspar stems from its distinctive property profile:

Chemical Inertness: Remains stable without initiating adverse reactions in complex formulations

Dispensability: Achieves uniform distribution throughout various carrier systems

Constant pH: Delivers predictable performance across manufacturing conditions

Strong Abrasion Resistance: Contributes to extended service life of final products

Low Viscosity at High Filler Loading: Enables efficient processing even with substantial mineral content

Fascinating Refractive Index: Provides beneficial optical characteristics to applications

Resistance to Icing: Maintains consistent behavior regardless of environmental conditions

Diverse Industrial Contributions

The versatility of feldspar extends well beyond its traditional ceramic and glass applications. Coating manufacturers incorporate it to capitalize on its chemical stability and flow characteristics at elevated concentrations. Polymer processors across plastics and rubber sectors value its dispersibility and wear resistance, which translate to enhanced product durability. The adhesives sector, along with printing ink formulations, benefits from feldspar's pH stability and light-handling properties, establishing it as a multifunctional industrial mineral across manufacturing disciplines. Industry leaders such as 20 Microns supply premium-grade feldspar materials engineered to exacting standards, ensuring manufacturers receive products optimized for their specific processing requirements.

Conclusion

Feldspar mineral remains indispensable to modern manufacturing, particularly in ceramic and glass industries, due to its exceptional fluxing properties and versatile characteristics. As production standards evolve, its unique combination of chemical stability, physical attributes, and cost-effectiveness ensures continued relevance across diverse applications. Whether serving as a primary flux or specialty filler, feldspar enables manufacturers to achieve superior results while optimizing efficiency. With reliable suppliers like 20 Microns providing high-quality feldspar solutions, industries can confidently meet their production goals and maintain competitive advantage in today's demanding marketplace.

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How Calcium Carbonate Helps Make Better PVC Pipes

People need affordable PVC pipes for buildings, farms and industries. To make these pipes manufacturers use Calcium Carbonate. This is because Calcium Carbonate is not something that fills space it actually makes the pipes stronger and better.

Calcium Carbonate is a mineral that is very useful in making PVC pipes. It helps the pipes be stronger, easier to make and look better. In this article we will talk about how Calcium Carbonate helps make PVC pipes.

What is Calcium Carbonate?

Calcium Carbonate is a mineral that is found in nature. It is often used to make plastics and polymers stronger. When making PVC pipes Calcium Carbonate is added to the mixture to make the pipes:

Stronger

likely to break

Easier to make

Look smoother

Cost

Why Calcium Carbonate is Important for PVC Pipes

1. Makes Pipes Stronger

Calcium Carbonate helps make PVC pipes more rigid and able to withstand pressure. This means the pipes will not bend or break easily.

Pipes can handle a lot of weight

Pipes can handle being squeezed

Pipes do not change shape easily

2. Helps Pipes Resist Impact

kinds of Calcium Carbonate help PVC pipes be less brittle and more able to withstand impact.

Pipes are less likely to break

Pipes are tougher

Pipes work well in cold temperatures

3. Makes Pipes Easier to Make

To make PVC pipes the mixture needs to be just right. Calcium Carbonate helps with this.

Pipes Shape easier

Pipes get made faster

Pipes turn out better

4. Saves Money Without Hurting Quality

One of the reasons to use Calcium Carbonate is to save money.

It replaces some of the expensive parts of the PVC mixture

Pipes are still good quality

Manufacturers can sell pipes for money

5. Makes Pipes Look Better

kinds of Calcium Carbonate help PVC pipes look smoother and more even.

Pipes have a surface

Colors look consistent

Pipes look good. Are easy to print on

6. Helps Pipes Keep Their Shape

Sometimes PVC pipes can shrink or warp. Calcium Carbonate helps prevent this.

Pipes keep their shape

Pipes are the size

Pipes have walls that're the same thickness all the way around

What is the Best Size for Calcium Carbonate in PVC Pipes?

Different sizes of Calcium Carbonate are used for things.

Small sizes make pipes stronger. Look better

Small sizes help pipes withstand impact

Special kinds of Calcium Carbonate work well with the PVC mixture

Where are Calcium Carbonate Filled PVC Pipes Used?

PVC pipes with Calcium Carbonate are used in many places.

Water supply systems

Farming

Sewer systems

Electrical conduits

Industrial systems

Is Calcium Carbonate Good for the Environment?

Using Calcium Carbonate in PVC pipes is good for the environment.

It uses plastic

It makes pollution

Pipes can be recycled

Why Good Quality Calcium Carbonate Matters

Not all Calcium Carbonate is the same. Good quality Calcium Carbonate is important because it:

Has particles that're all the same size

Is very bright and clean

Has few impurities

Mixes well with the PVC mixture

Conclusion

Calcium Carbonate is very important for making PVC pipes. It makes pipes stronger easier to make and cost less. As the world builds infrastructure the demand for strong and affordable PVC pipes will grow. This means Calcium Carbonate will become more important, for making PVC pipes.