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Industrial Mineral

Ball Clay

A fine-grained natural clay with high plasticity and strong binding properties, Ball Clay supports processing and performance across ceramic, foundry, paper and coating formulations. Its fine particle structure and good green strength help improve workability, forming, bonding, mould stability and processing consistency. In ceramic systems, it contributes to shaping strength and controlled firing behaviour; in foundry applications, it supports mould integrity; while in paper and coating formulations, it can contribute to surface quality, suspension and rheological stability.

Plasticity High

MBI 8+ meq

Ceramics Sanitaryware

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Ball Clay

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Industrial Mineral

Barytes

Sourced from selected high-purity deposits, Baryte is a naturally occurring barium sulphate mineral valued for its high specific gravity, chemical inertness, low oil absorption and controlled particle characteristics. It functions effectively as a high-density mineral extender in paints, polymers, rubber and adhesive systems, supporting dimensional stability, rheology and surface performance. Its high specific gravity also makes it suitable for weighting applications associated with oil and gas operations.

Specific Gravity 4.2+

BaSO4 92%+

Oil Drilling Paints

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Barytes

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Industrial Mineral

Bentonite

Offering a combination of swelling, binding and rheology-modifying properties, Bentonite is used in foundry, construction, coatings, adhesives and oil & gas formulations where suspension, sealing and viscosity control are important. Its strong water absorption and colloidal behaviour help build viscosity, improve cohesion and reduce settling. In foundry systems it supports mould strength, while in coatings, adhesives and construction formulations it contributes to thixotropy, suspension stability and controlled application behaviour.

Type Sodium/Calcium

Swell Index 24+ ml/2g

Construction Oil Drilling

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Bentonite

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Industrial Mineral

Bleaching Earth

Processed for high adsorption and purification efficiency, Bleaching Earth is primarily used in edible oil refining where removal of colour bodies, oxidation products and trace impurities is essential. Its porous mineral structure and active surface support effective decolourisation, clarification and improvement in refined oil quality. Its adsorption and filtration characteristics can also support selected industrial purification processes.

Activity Acid Activated

Oil Retention <30%

Edible Oil Refining

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Bleaching Earth

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Industrial Mineral

Calcined Kaolin

Produced through controlled calcination to enhance brightness, opacity, hardness and thermal performance, Calcined Kaolin is used across coatings, polymers, rubber, paper, ceramics and construction-related formulations. Its low moisture content, fine particle size and good dispersion support hiding, reinforcement, dimensional stability and surface quality. In coatings and paper, it contributes to opacity and brightness, while in polymer, rubber and ceramic systems it supports reinforcement and thermal stability.

Particle Size 0.5-2 μm

Brightness 92%+

Paper Paints

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Calcined Kaolin

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Industrial Mineral

Calcium Carbonate

Processed through controlled grinding to achieve ultrafine to nano-sized particle distributions, Calcium Carbonate is offered in coated and uncoated grades for a broad range of industrial systems. Its brightness, purity and tailored particle characteristics support opacity, smoothness, dimensional stability and efficient processing. Uncoated grades provide effective filling and brightness, while coated grades offer improved hydrophobicity, polymer compatibility and dispersion in non-polar systems.

Particle Size 0.7-20 μm

Brightness 96%+

Paints Plastics Paper

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Calcium Carbonate

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Industrial Mineral

Diatomaceous Earth

Its naturally porous structure, high surface area and low bulk density make Diatomaceous Earth suitable for filtration, coatings, construction and agricultural applications. The mineral supports liquid absorption, filtration efficiency and lightweight formulation development. In paints and construction systems it contributes to texture, matting and moisture management, while its porous structure enables effective clarification in filtration processes.

SiO2 85%+

Porosity High

Filtration Paints

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Diatomaceous Earth

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Industrial Mineral

Dolomite

Combining calcium and magnesium carbonate in a naturally occurring mineral structure, Dolomite serves as a functional filler and mineral raw material across coatings, polymers, rubber, glass, ceramics and construction applications. Its hardness, controlled particle size and chemical stability support dimensional stability, surface finish and formulation consistency. In glass and ceramic systems, its calcium and magnesium content contributes to composition control and processing performance.

CaMg(CO3)2 95%+

Whiteness 90%+

Construction Ceramics

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Dolomite

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Industrial Mineral

Feldspar

With its natural alkali content, hardness and fluxing behaviour, Feldspar is an important mineral for ceramic and glass processing as well as selected coating applications. Its mineral composition helps promote melting and vitrification, supporting reduced firing temperatures, densification and improved surface characteristics. In glass manufacturing, it contributes to melt composition and process control, while its hardness also supports functional use in mineral-filled formulations.

K2O + Na2O 12%+

Fe2O3 <0.1%

Ceramics Glass

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Feldspar

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Industrial Mineral

Fullers Earth

Its natural porous structure and high surface activity give Fullers Earth strong adsorption and oil-absorbing characteristics for cosmetic, filtration and purification applications. In cosmetic formulations, it can help absorb excess surface oils and impurities, making it suitable for cleansing and skin-care systems. Its adsorption properties also support clarification and impurity removal in filtration and industrial purification processes.

Activity Natural/Activated

pH 6-8

Oil Industry Cosmetics

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Fullers Earth

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Industrial Mineral

HSCAS - (Hydrated Sodium Calcium Alumino Silicate)

Engineered for animal feed systems requiring effective adsorption and moisture management, HSCAS has a porous aluminosilicate structure with affinity for selected mycotoxins, particularly aflatoxins. It is used as a functional feed additive to support toxin binding, anti-caking behaviour and feed flowability. Its moisture-binding properties can also assist storage stability and feed processing consistency.

Application Feed Additive

Function Mycotoxin Binder

Pharma Animal Feed

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HSCAS - (Hydrated Sodium Calcium Alumino Silicate)

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Industrial Mineral

Hydrous Kaolin

Naturally fine and plate-like in structure, Hydrous Kaolin provides brightness, smoothness, reinforcement and rheological functionality across coatings, paper, rubber, polymers, ceramics and adhesives. Its controlled particle size, good dispersion and low abrasiveness support smooth surface development, opacity and processing consistency. In coating and paper systems it contributes to coverage and finish, while in polymers and rubber it assists reinforcement and dimensional stability.

Particle Size 1-5 μm

Brightness 88%+

Paper Ceramics

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Hydrous Kaolin

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Industrial Mineral

Mica

Processed into a fine lamellar mineral structure, Micronised Mica provides reinforcement, barrier performance, dimensional stability and insulation characteristics across coatings, polymers, rubber and construction systems. Its plate-like morphology helps create a tortuous path against moisture and improves crack resistance, while its naturally low thermal and electrical conductivity supports specialised insulation-related formulations.

Aspect Ratio 50-100:1

Type Muscovite

Cosmetics Paints

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Mica

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Industrial Mineral

Perlite

Expanded through controlled thermal processing to form a lightweight, highly porous mineral structure, Perlite supports construction, filtration and foundry systems where low density, insulation and moisture management are required. Its cellular structure helps reduce material weight and heat transfer, while its high porosity supports clarification and liquid handling in filtration applications.

Bulk Density 30-150 kg/m³

Expansion 4-20x

Construction Agriculture

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Perlite

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Industrial Mineral

Ramming Mass

Formulated for high-temperature furnace lining systems, Ramming Mass provides dense packing, thermal stability and resistance to mechanical wear under demanding metallurgical conditions. Its controlled grain distribution supports compact refractory lining formation and low porosity, helping resist penetration by molten materials and maintain lining integrity during furnace operation.

SiO2 96%+

Refractoriness 1700°C+

Foundry Steel

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Ramming Mass

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Industrial Mineral

Silica

Processed for controlled purity and particle distribution, Silica provides hardness, reinforcement and chemical stability across coatings, polymers, rubber, adhesives, construction and foundry formulations. Its mineral characteristics help improve abrasion resistance, mechanical performance and dimensional stability. In construction and foundry systems, it contributes to strength and thermal resistance, while in polymer and coating systems it provides reinforcement and processing consistency.

SiO2 Content 98%+

Particle Size Various

Rubber Glass

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Silica

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Industrial Mineral

Talc

Processed for controlled particle size, purity and lamellar morphology, Talc provides reinforcement, smoothness, barrier functionality and processing benefits across polymers, coatings, rubber, paper, ceramics and cosmetics. Its naturally platy and soft mineral structure supports dimensional stability, surface finish and low-abrasion processing. In polymer systems it improves stiffness and dimensional control, while in cosmetics it contributes to smooth feel, spreadability and absorbency.

Particle Size 2-10 μm

Whiteness 92%+

Plastics Cosmetics

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Talc

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Industrial Mineral

Wollastonite

Its naturally acicular particle morphology makes Wollastonite an effective reinforcing mineral for polymer, coating, ceramic, construction and friction-related formulations. The needle-like structure contributes to stiffness, mechanical strength, crack resistance and dimensional stability, while its thermal and chemical stability support performance under demanding processing conditions.

Aspect Ratio 15-20:1

CaSiO3 95%+

Plastics Ceramics

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Wollastonite

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Advanced Material

Graphite

The Grafitec™ Series is 20 Microns' flagship range of graphite and advanced carbon materials, built for high-performance industrial and next-generation applications. The portfolio covers natural flake, synthetic, micronised, expandable and high purity graphite, along with graphene-based materials. Graphite's layered crystalline structure gives it excellent electrical and thermal conductivity, high-temperature stability and natural lubricity, which makes it effective as a conductive additive, lubricant, refractory raw material and flame retardant.

Grades Natural & synthetic

Carbon 75–99.99%

Batteries Refractories

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Graphite

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Advanced Material

Graphene

GRAFITEC® Graphene Materials represent the next frontier in advanced carbon technologies, enabling innovations in energy storage, electronics, advanced composites, thermal management, and smart industrial applications. The range includes few-layer to multi-layer graphene, with more than 99% carbon content and a customisable surface area.

Carbon >99%

Layers Few to multi-layer

Energy Storage Electronics

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Graphene

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Industrial Mineral

Calcined Alumina

Produced through controlled thermal processing to achieve high purity, hardness and thermal stability, Calcined Alumina is suited to demanding ceramic, surface-finishing and wear-resistant applications. Its fine particle structure and excellent abrasion resistance support densification, mechanical strength and controlled finishing performance, making it suitable for advanced ceramic and industrial systems.

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Calcined Alumina

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Industrial Mineral

Aqueous Co-Thickener

Developed for aqueous formulations requiring controlled rheology and suspension stability, Aqueous Co-Thickener provides thixotropic viscosity, anti-settling and sag-control functionality. Its colloidal structure helps maintain stable suspension of pigments and fillers while supporting controlled application behaviour across coatings, inks, adhesives, agro and construction chemical systems.

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Aqueous Co-Thickener

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Industrial Mineral

Anti-Block Additives

Engineered to reduce surface-to-surface adhesion between polymer film layers, Anti-Block Additives support easier film separation, winding, unwinding and converting. Their controlled particle size creates microscopic surface irregularities that reduce direct film contact while maintaining balanced processing and optical performance. They are particularly suited to film and flexible polymer applications requiring reliable anti-block functionality.

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Anti-Block Additives

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Industrial Mineral

Attapulgite

Its fibrous clay structure, high surface area and natural colloidal behaviour make Attapulgite an effective mineral rheology modifier for aqueous systems. It helps develop viscosity, reduce settling and improve thixotropic behaviour across coatings, adhesives, construction chemicals, agro formulations and oil & gas applications. Its electrolyte tolerance further supports stable performance in demanding formulations.

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Attapulgite

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Industrial Mineral

Barium Carbonate

Used as a functional barium compound in ceramic, glass and specialised industrial systems, Barium Carbonate provides controlled reactivity and supports sulphate control, fluxing and compositional consistency. In ceramic formulations, it helps manage soluble sulphates and associated surface defects, while in glass and other technical systems it contributes to melt chemistry and process control.

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Barium Carbonate

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Industrial Mineral

Barrier Fillers

Developed with controlled particle size and high-aspect-ratio mineral morphology, Barrier Fillers help reduce gas, moisture and vapour transmission through polymer, rubber, coating and adhesive matrices. Their plate-like particles create a more tortuous diffusion path, supporting lower permeability while also contributing to reinforcement, dimensional stability and film integrity.

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Barrier Fillers

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Industrial Mineral

LCM - Lost Circulation Material

Developed for oil and gas drilling operations where control of lost circulation is critical, LCM helps bridge and seal fractures, pores and highly permeable zones encountered during drilling. Its controlled particle distribution supports effective plugging of loss zones, helping reduce drilling-fluid invasion, maintain circulation and support wellbore stability.

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LCM - Lost Circulation Material

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Industrial Mineral

Hydrated Lime

Widely used in construction and construction chemical formulations, Hydrated Lime improves workability, plasticity, water retention, bonding and long-term performance in mortar, plaster and masonry systems. Its fine particle size and alkaline nature support cohesive, workable mixes and effective application characteristics. It can also provide pH adjustment and neutralisation functionality in selected industrial processes.

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Hydrated Lime

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Industrial Mineral

Magnesium Sulphate Anhydrous

Its high magnesium content, low moisture level and moisture-absorbing nature make Magnesium Sulphate Anhydrous suitable for agro, detergent and specialised industrial formulations. In agricultural applications, it provides a source of magnesium and sulphur, while in detergent and industrial systems its anhydrous characteristics support moisture management, controlled reactivity and formulation consistency.

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Magnesium Sulphate Anhydrous

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Functional Additive

Precipitated Silica

Produced through a controlled precipitation process to achieve high surface area, fine particle structure and consistent functional performance, Precipitated Silica is widely used as a reinforcing, thickening, anti-caking and performance-enhancing mineral across rubber, coatings, polymers, adhesives and other industrial formulations. Its porous structure and surface activity help improve reinforcement, rheology, dispersion and surface characteristics. In rubber compounds, it contributes to mechanical strength and wear resistance, while in coatings and adhesive systems it supports viscosity control, suspension stability and formulation consistency.

Brand FMSIL

Type Precipitated Silica

Coatings Rubber Chemicals

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Precipitated Silica

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Functional Additive

Fumed Silica

Created through high-temperature processing to form an ultra-fine, high-surface-area silica, Fumed Silica provides strong rheology control, thixotropy, suspension stability and reinforcement across high-performance formulations. Its extremely fine particle structure forms a three-dimensional network within liquid systems, helping control flow, prevent settling and improve sag resistance. In coatings, adhesives, inks and construction chemical systems, it supports formulation stability, while in polymer and cosmetic applications it can contribute to reinforcement, texture and consistency.

Brand Fusyl

Type Pyrogenic Silica

Chemicals Coatings Pharma

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Fumed Silica

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Functional Additive

Mullite

With its excellent thermal stability, low thermal expansion and high resistance to heat and chemical attack, Mullite is a performance mineral suited to demanding ceramic, foundry and high-temperature industrial applications. Its stable alumino-silicate structure helps maintain dimensional integrity under repeated thermal cycling while supporting strength and durability at elevated temperatures. In ceramic and foundry systems, it contributes to thermal shock resistance, structural stability and extended service performance.

Type Mullite

Refractoriness 1810┬░C

Refractory Foundry Ceramics

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Mullite

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Functional Additive

Rheology Modifier

Based on naturally occurring attapulgite chemistry, ATPGEL and Hydroxylgel are mineral rheology modifiers designed to build thixotropic viscosity, improve suspension stability and maintain consistent flow behaviour across aqueous and selected non-aqueous systems. Their three-dimensional chain structure forms colloidal networks without excessive swelling, helping control settling, sagging and phase separation. They remain effective across wide pH, temperature and electrolyte conditions, making them suitable for coatings, construction, foundry, agro, animal feed and oil & gas formulations.

Brand Hydroxylgel

Type Attapulgite

Paints Coatings Drilling

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Rheology Modifier

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Functional Additive

Semi Reinforcing Eco Green Filler

Engineered as a high-surface-area nano mineral filler, Semi Reinforcing Eco Green Filler works synergistically with carbon black to improve toughness, processability and mechanical performance in rubber and polymer compounds. Its fibrous mineral structure supports improved dispersion of carbon black, enhances elongation at break and helps maintain scorch safety and heat-ageing performance. 20 Microns positions these fillers for partial replacement of carbon black in suitable rubber formulations while retaining functional reinforcement.

Type Eco Green Filler

Application Rubber/Polymer

Eco-Friendly Rubber Automotive

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Semi Reinforcing Eco Green Filler

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Functional Additive

Titanium Dioxide - Buff & Grey

Developed as high-purity micronised rutile pigments, Buff and Grey Titanium Dioxide grades provide opacity and colour in formulations where a pure white finish is not required. Their surface-treated particle structure supports easy dispersion and enables partial replacement of white TiO₂ and selected organic or inorganic pigments, helping achieve coloured formulations with efficient pigment utilisation. 20 Microns positions these grades for coatings, plastics, rubber, adhesives and construction systems requiring balanced opacity, colour and formulation economy.

Brand Glowtox

Crystal Form Rutile

Paints Plastics UV Stable

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Titanium Dioxide - Buff & Grey

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Functional Additive

Titanium Dioxide - White

Engineered to provide high whiteness, opacity and light-scattering performance, White Titanium Dioxide is used across coatings, polymers, inks, paper and other applications where brightness and hiding power are critical. Its high refractive index enables effective light scattering, helping improve opacity, colour strength and visual appearance. In paints and coatings, it delivers strong hiding and brightness, while in polymer, paper and ink systems it supports whiteness, colour consistency and surface aesthetics.

Brand Nanotox

Crystal Form Rutile

Paints Plastics Construction

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Titanium Dioxide - White

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Functional Additive

Flame Retardants & Smoke Suppressants

Based on hydrated alumina chemistry, ATH flame retardants provide halogen-free flame retardancy and smoke suppression by releasing bound water when exposed to elevated temperature. This endothermic reaction helps absorb heat, dilute combustible gases and form a protective alumina residue at the polymer surface. In coatings, rubber and polymer systems, ATH supports reduced flame propagation, lower smoke generation and safer fire-performance formulations while maintaining good dispersion and processing characteristics.

Brand AL FR / MAG FR

Type Halogen-Free FR

Fire Safety Cables Polymers

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Flame Retardants & Smoke Suppressants

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Functional Additive

Activators– Magnesium Oxide

High-active Magnesium Oxide functions as a reactive activator in rubber, adhesive and sealant formulations where curing efficiency, acid neutralisation and processing stability are important. Its high purity and fine particle structure support good dispersibility and reactivity, helping accelerate vulcanisation, improve adhesion and regulate acidic components within the system. In rubber compounds and synthetic rubber adhesives, it also contributes to cross-linking efficiency, heat resistance and overall formulation stability.

Brand Super Mag HS

Reactivity High

Rubber Chemicals Adhesives

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Activators– Magnesium Oxide

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Functional Additive

Organoclay Rheological Additive

Surface-modified to deliver efficient rheology control in solvent-based and non-aqueous systems, Organoclay is widely used where viscosity development, suspension stability and anti-settling performance are required. Its organophilic clay structure interacts effectively with organic media to form a thixotropic network that helps control flow, improve sag resistance and maintain uniform dispersion of pigments and fillers. In coatings, inks, adhesives and oil-based systems, it supports stable processing, storage and application behaviour.

Brand Riobent IC

Type Montmorillonite

Coatings Marine Industrial

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Organoclay Rheological Additive

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Functional Additive

Synthetic Barium Sulphate

Produced through controlled precipitation to achieve high purity, fine particle size and consistent whiteness, Precipitated Barium Sulphate is a functional extender used across coatings, polymers, rubber and ink formulations. Its chemical inertness, low oil absorption and high specific gravity support smooth surface development, dimensional stability and formulation consistency. Its fine particle distribution also contributes to good dispersion and improved surface quality in demanding applications.

Brand Basofix-P

Type Blanc Fixe

Coatings Plastics Powder Coating

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Synthetic Barium Sulphate

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Functional Additive

White Pigment Opacifier

Engineered to improve light scattering and support partial replacement of Titanium Dioxide, White Pigment Opacifiers help maintain opacity, brightness and hiding while improving formulation economy. Their controlled particle characteristics optimise spacing between pigment particles, increasing scattering efficiency and helping reduce TiO₂ demand without compromising key visual properties. 20 Microns positions its LC Pigment and related opacifier series for coatings, inks, polymers, rubber and other systems where whiteness and opacity are critical.

Type Opacifier

Application TiOÔéé Extender

Paints Opacity Plastics

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White Pigment Opacifier

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Functional Additive

Zinc Oxide

Combining high purity, fine particle size and good chemical stability, Zinc Oxide functions as a multifunctional additive across rubber, coatings, adhesives and ceramic systems. In rubber compounds, it serves as an activator in vulcanisation and contributes to mechanical and thermal performance, while in coatings it supports corrosion inhibition, UV protection, mildew resistance and gloss retention. Its surface activity and controlled particle characteristics also help improve adhesion and formulation consistency.

Type Zinc Oxide

Purity 99.5%+

Rubber Ceramics Pharma

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Zinc Oxide

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Functional Additive

Aluminium Silicate

Engineered Aluminium Silicate is developed to provide functional filling, opacity support, particle packing and thermal-management benefits across coatings and other industrial formulations. Its controlled particle morphology and aspect ratio help improve surface coverage, coating integrity and light or heat management depending on the grade design. Within the 20 Microns portfolio, engineered aluminium silicate technology is used in performance additives such as Hypertherm for thermal-reflective coatings and also forms part of its broader white pigment opacifier range.

Brand Hypertherm

Type Alumino-Silicate

Refractory Insulation Industrial

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Aluminium Silicate

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Functional Additive

ATPGEL

Based on a finely processed natural phyllosilicate, ATPGEL develops a colloidal network in water-based formulations to provide thixotropic thickening, suspension stability and viscosity control. Its reversible gel structure allows easy flow under shear and rapid viscosity recovery at rest, helping improve sag resistance, anti-settling and application consistency. It is particularly suited to aqueous paints, coatings and related formulations where stable rheology and partial replacement of organic thickeners are required.

Brand ATPGEL 50

Type Phyllosilicate

Paints Coatings Adhesives

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ATPGEL

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Functional Additive

Corrosion Resistance (AR Mica)

Processed through wet-grinding to preserve a fine layered mica structure, AR Mica is designed to improve coating durability, gloss, surface smoothness and environmental resistance. Its platy morphology supports film integrity and pigment dispersion while creating a barrier effect that helps extend coating life. In automotive, architectural, marine and protective metal coatings, it contributes to scratch resistance, UV protection, surface uniformity and long-term protection against weathering.

Brand AR MICA T

Type Wet-Ground Mica

Anti-Corrosion Coatings Marine

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Corrosion Resistance (AR Mica)

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Functional Additive

Wax And Wax Additives

Designed to modify surface and processing characteristics, Wax and Wax Additives are used across coatings, inks, polymers, adhesives and textile formulations to improve slip, abrasion resistance, release, matting and surface feel. Depending on the wax type and particle characteristics, they can help control friction, enhance scratch resistance and support smoother processing. In coatings and inks, they contribute to surface protection and slip, while in polymer and adhesive systems they can improve processing, release and blocking resistance.

Brand K TINT

Type Wax Additive

Coatings Plastics Inks

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Wax And Wax Additives

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Functional Additive

Desiccants

VAPOROXOL 3F ÔÇô surface-treated calcium oxide desiccant for moisture-sensitive sealants, adhesives, and polymer systems.

Brand VAPOROXOL 3F

Type Surface-Treated CaO

Desiccant Sealants Adhesives

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Desiccants

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Functional Additive

DIATOFIL 570

Developed from natural diatomaceous earth with an optimised porous structure and controlled particle morphology, DIATOFIL 570 functions as a flatting agent and pigment extender in water-based coating systems. Its net-like mineral structure helps regulate gloss and sheen while supporting coating adhesion, mechanical strength and surface finishing. It is particularly suited to decorative, protective and road-marking formulations where consistent matting, pigment efficiency and sanding behaviour are required.

Brand DIATOFIL 570

Type Diatomaceous Earth

Paints Coatings Industrial

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DIATOFIL 570

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Functional Additive

Colored Quartz

Processed from selected quartz and developed with controlled colour and particle characteristics, Colored Quartz provides a combination of decorative appearance, hardness and wear resistance for construction, flooring and specialised surface applications. Its durable mineral structure helps retain colour and surface integrity under demanding use, while controlled particle sizing supports uniform texture and consistent visual effects. In decorative flooring and construction chemical systems, it contributes to aesthetics, abrasion resistance and long-term surface performance.

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Colored Quartz

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Functional Additive

Hypertherm

Developed as an engineered aluminium silicate for thermal-management coatings, Hypertherm helps reflect solar and infrared radiation and reduce heat absorption on coated surfaces. Its optimised aspect ratio and particle-packing characteristics support thermal reflectance while maintaining hiding and coating integrity. In exterior and roof-coating systems, it can help lower surface and sub-roof temperatures, making it suitable for cool-roof and energy-conscious construction applications. 20 Microns reports Total Solar Reflectance above 80% for the powder according to ASTM C1549.

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Hypertherm

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