01
Absorbs heat
Endothermic decomposition absorbs heat as the mineral breaks down.
FROM NATURE. FOR INDUSTRY.01 / MINERAL SOLUTIONS
SUPPLIED BY AGL MINING · TÜRKİYE
HuntitePowder.
Halogen-free mineral flame retardant
and functional filler.
A naturally occurring calcium-magnesium carbonate for industrial formulations. Discover the mineral. Explore the data.
EXPLORE THE MINERAL
CaMg3(CO3)4CALCIUM-MAGNESIUM CARBONATE
AT A GLANCE
The mineral,
in numbers.
87.2%
Huntite content
Weight %, by XRD4.08µm
Median particle size · d50
Laser diffraction11.31µm
Particle size · d90
90% of particles finerTypical single-sample laboratory results. Not a product specification or guarantee. View methods & notes
WHY HUNTITE
A natural mineral.
An industrial purpose.
More than a filler. A mineral with a function.
Huntite is a naturally occurring calcium-magnesium carbonate. AGL Mining supplies huntite powder from Türkiye to industrial customers looking to explore mineral additives in their formulations.
Its endothermic decomposition makes huntite relevant to halogen-free flame-retardant systems, while its fine particle size supports its role as a functional mineral filler.
01
A halogen-free mineral approach
A mineral additive for the development of flame-retardant compounds.
02
Function meets formulation
Explore a filler that also contributes flame-retardant function within a suitable formulation.
THE SCIENCE, SIMPLY
How the mineral
does its work.
When heated, huntite decomposes endothermically. Its mineral chemistry brings a physical contribution to flame-retardant formulations.
02
Releases CO2
Carbon dioxide released during decomposition helps dilute combustible gases.
03
Leaves a mineral barrier
The resulting oxide residue helps form a protective layer in the material.
A simplified explanation of the mineral’s action, not a timed test sequence. Final performance depends on the complete formulation.
APPLICATIONS
Find its place in
your formulation.
From polymer compounds to protective coatings, explore where a functional mineral additive could fit your next development.
Polymers & compounds
Explore huntite as a halogen-free mineral flame-retardant additive and functional filler in polymer formulations.
Discuss your application
Wire & cable
A mineral additive to evaluate in cable compounds where halogen-free flame-retardant formulations are being developed.
Discuss your applicationRubber products
Paints & coatings
Adhesives & sealants
Applications are indicative. Suitability and loading levels should be confirmed in your own formulation trials. Images illustrate application areas and do not depict products made with AGL huntite.
KNOW YOUR MATERIAL
Typical technical data.
Laboratory results for an informed first evaluation. Clear measurements, with their methods and limitations.
01
Mineral composition
Quantitative XRD · Rietveld method
Weight % · dry basis
87.2%
Huntite content
| Phase | Formula | wt % |
|---|---|---|
| Huntite | CaMg3(CO3)4 | 87.2 |
| Magnesite | MgCO3 | 6.7 |
| Calcite | CaCO3 | 6.1 |
02
Particle size & related data
Laser diffraction · wet dispersion in alcohol
| Parameter | Typical result |
|---|---|
| d10 10% finer | 0.81 µm |
| d50 Median particle size | 4.08 µm |
| d90 90% finer | 11.31 µm |
| d97 97% finer | 16.15 µm |
| d100 Top size | 24.65 µm |
| Span | 2.576 |
| D[4,3] Volume-weighted mean | 5.236 µm |
| D[3,2] Surface-weighted mean | 2.140 µm |
| Specific surface area | 2.8 m²/g |
PRODUCT DOCUMENTATION / 01TAKE A CLOSER LOOK
The details.
Ready to download.
Keep the essential product information at hand. Our English brochure brings together the product overview, indicative applications and typical laboratory results.
- Mineral composition & analysis method
- Particle size distribution & technical notes
- Application overview & AGL contact details
YOUR NEXT FORMULATION STARTS HERE
Let’s talk
formulation.
Evaluating huntite for your application? Tell us about your material, requirements and intended use. Let’s discuss a sample or a quotation.
OR EMAIL OUR TEAMinfo@aglmining.com
Packaging, volumes and delivery terms are available on request.