Plastics & Polymers

Calcined Clay

Hyper MP 33 and Metaplast 85 are advanced metakaolin-based calcined kaolin grades specially developed for PVC cable compounds and electrical insulation applications. These products provide excellent volume resistivity, insulation resistance, dielectric strengt

Calcined Clay
Plastics & PolymersCalcined Clay
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Advantages

Key Benefits

Why Calcined Clay is the preferred choice for plastics & polymers formulations

01

Excellent volume resistivity and insulation resistance in cable compounds

02

Enhances dielectric and electrical insulation properties

03

Improves mechanical strength and dimensional stability

04

Minimizes cable degradation and improves thermal stability

05

Provides excellent dispersion and smooth extrusion processing

Calcined Clay
Performance engineered forPlastics & Polymers
06

Supports high extrusion throughput with stable performance

07

Improves reinforcement in PVC, PE, and XLPE compounds

08

Maintains superior surface finish and gloss

09

Reduces moisture pick-up for reliable insulation performance

10

Cost-effective alternative to imported calcined kaolin grades

Quality AssuredISO Certified
Lab TestedEvery Batch
Eco FriendlySustainable
Global DeliveryWorldwide
Product Grades

Product Grades

Comprehensive range of Calcined Clay grades for diverse industrial applications

Related Product Markets

Calcined Clay Markets

Other website markets with a verified Calcined Clay product-family listing

Product Support

Frequently Asked Questions

Common questions about Calcined Clay in plastics & polymers applications

Calcined Clay functions as a high-performance functional filler and reinforcing mineral in plastics. It improves stiffness, dimensional stability, thermal resistance, and mechanical strength while enhancing surface finish and processing efficiency. Due to its low moisture pickup and excellent dielectric properties, it is especially suitable for electrical and cable compound applications. It also supports smooth extrusion and helps reduce shrinkage and deformation in finished plastic products.

Our Calcined Clay grades are available in ultrafine particle size ranges with a typical average particle size (D50) of approximately 0.9 to 1.5 microns. These controlled particle sizes ensure excellent dispersion, better reinforcement, smoother extrusion, and improved surface properties in polymer compounds and cable applications.

Our Calcined Clay grades significantly improve insulation resistance, dielectric strength, and volume resistivity in PVC, PE, and XLPE cable compounds. They enhance mechanical reinforcement, dimensional stability, and thermal stability while ensuring smooth processing and high extrusion throughput. Their low ionic impurities and low moisture absorption help minimize electrical leakage, improve cable life, and maintain consistent performance in high-speed cable extrusion operations.

Our Calcined Clay grades are widely used in PVC wire and cable compounds, cable insulation and sheathing, PE and XLPE cable compounds, engineering thermoplastics, masterbatches, reinforced polymer compounds, electrical plastic components, PVC extruded profiles, and other plastic applications requiring improved mechanical and electrical performance.

Our Calcined Clay grades offer excellent electrical insulation, enhanced dielectric strength, high volume resistivity, and superior reinforcement properties. They improve mechanical strength, thermal stability, dimensional stability, and surface finish while ensuring excellent dispersion and smooth extrusion processing. These grades also reduce moisture absorption, minimize cable degradation, support high-speed extrusion, and provide a cost-effective alternative to imported specialty fillers for plastic and cable compound applications.

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