High mineral loading.
Controlled for compounding.
FILLER MASTERBATCH
Talc grades considered for filler masterbatch where loading, dispersion, processing consistency and downstream dilution matter.
PP Carrier Systems · PE Carrier Systems · Custom Concentrates
More than mineral loading.
Performance in the system.
THE BMM APPROACH
A filler-masterbatch talc is not defined by fineness alone. Mineral character, particle-size distribution, carrier compatibility and dispersion behaviour all influence the result.
We begin with the masterbatch recipe and the compounder’s target. This helps align source selection and processing with loading, throughput, pellet quality and downstream performance.
MASTERBATCH APPLICATIONS
Start with the recipe.
Refine by application.
Share where the talc enters your system and what the finished product needs to achieve.
PP filler masterbatch
Candidate talc grades for high mineral loading, controlled compounding and dependable downstream dilution.
PE carrier systems
Mineral selection discussed around carrier compatibility, dispersion, pellet quality and the intended end use.
Application-led development
A practical starting point when loading, particle profile and processing behaviour need to be balanced together.
FILLER MASTERBATCH GRADES
Our filler-masterbatch range covers premium-whiteness, general-purpose and cost-focused requirements. Final grade selection should be confirmed against the carrier polymer, mineral loading, extrusion conditions and finished-product target.
RECOMMENDED TALC GRADES
Select the right grade for your formulation and price-performance target.
Talc BM 9090
Premium whiteness grade
For high-end filler masterbatch where whiteness, brightness and clean visual appearance are critical.
Talc BM 9080
Balanced performance grade
Our most versatile masterbatch grade for regular PP/PE filler applications with stable dispersion and good economics.
Talc BM 5092A
Cost-effective grade
For value-driven filler masterbatch where loading, processing stability and price competitiveness matter.
Customised Grades
Built around your formulation
Particle size, whiteness, oil absorption and chemical profile can be aligned as per customer application.
Compare grades for your filler masterbatch requirement.
RECOMMENDED TALC GRADES
Use this table as an initial selection guide. The final grade should be evaluated against the carrier resin, target mineral loading, extrusion conditions, pellet quality and finished-product requirements.
| Grade | Best Starting Point For | Position | Buyer Should Evaluate | Next Step |
|---|---|---|---|---|
| BM 9090 Premium whiteness | High-whiteness and appearance-sensitive PP or PE filler masterbatch. | Premium | Whiteness, masterbatch granule colour, dispersion, mineral loading and finished-product appearance. | Request BM 9090 TDS → |
| BM 9080 Balanced performance | General-purpose PP and PE filler masterbatch requiring a balance of processing, appearance and economics. | Balanced | Mineral loading, extrusion stability, dispersion, dana quality, screen behaviour and cost per kilogram. | Request BM 9080 TDS → |
| BM 5092A Cost-effective | Price-sensitive filler masterbatch where commercial viability and dependable processing are the main priorities. | Value-focused | Achievable loading, processing stability, pellet appearance, dispersion and finished-product acceptance. | Request BM 5092A TDS → |
| Customised Grade Application-specific | Formulations requiring a performance profile not adequately served by a standard talc grade. | Custom developed | Particle-size distribution, whiteness, chemistry, oil absorption, moisture, carrier resin and expected commercial volume. | Discuss Grade → |
Typical Chemical Profile
Typical chemical composition across our talc grades developed for filler masterbatch applications.
| Parameter | Typical Range |
|---|---|
| Silica — SiO2 | 58–62% |
| Magnesium Oxide — MgO | 30–32% |
| Alumina — Al2O3 | 0–1.5% |
| Iron Oxide — Fe2O3 | 0–0.8% |
| Calcium Carbonate — CaCO3 | 0–3% |
| Loss on Ignition at 1050°C | 6–8% |
Typical values are indicative and may vary by grade. Final specifications are confirmed against the approved product grade and Certificate of Analysis.
Measured distribution. Visible morphology.
PARTICLE ENGINEERING
Nominal mesh alone does not fully describe a polymer-grade talc. Particle-size distribution and mineral morphology provide a more useful view of how a grade has been engineered.
SediGraph III particle-size analysis using X-ray monitored gravity sedimentation and Stokes’ law calculation.
Particle population at lower magnification
Plate-like mineral morphology at higher magnification
The particle-size curve and values shown are representative results from a talc sample measured by SediGraph. They are not a contractual product specification; values may vary by product and batch and may not be directly comparable with results obtained using other particle-size measurement methods.
PACKAGING & EXPORT LOGISTICS
Packed for the route.
Planned for the destination.
Packaging and container planning are confirmed against the destination, route and discharge requirements.
Bag options
25 kg and 50 kg HDPE bags.
Jumbo bags
Typically 1000–1200 kg.
Shipment basis
MOQ is generally one truck or container load; capacity varies by destination and loading method.
Loading & ports
Bagged or loose container loading and bulk shipment through Mundra, Pipavav or another suitable major Indian port.
COMMON QUESTIONS
Before you request a grade.
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Please share the carrier polymer, target talc loading, additives, compounding equipment, pellet requirements, dilution ratio, final application and the performance result you need. A current formulation or reference grade is also useful when available.
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Yes. Candidate grades can be discussed for polypropylene and polyethylene carrier systems. Final suitability depends on the complete formulation, processing conditions and end-use evaluation.
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Loading is not selected from a single mineral number. It should be evaluated with carrier viscosity, additive package, feeding, torque, dispersion, pellet integrity, dilution ratio and the properties required in the finished product.
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Depending on the selected product, we can discuss product specifications, technical data sheets, safety data sheets and batch-specific certificates of analysis. Additional documentation should be confirmed during the enquiry.
What should your
masterbatch help achieve?
START A TECHNICAL CONVERSATION
Share your carrier polymer, target mineral loading, processing conditions and the performance required from the finished masterbatch.