CLIRIK offers a comprehensive range of talc crushing and grinding systems. Our technology is designed to optimize your production efficiency, significantly reduce specific energy consumption, and meet the most stringent manufacturing requirements for various talc-based products.

Talc is a hydrous magnesium silicate mineral with the chemical formula Mg₃Si₄O₁₀(OH)₂ . It is characterized by its signature “soapy” or greasy feel and a Mohs hardness of 1. The most defining industrial trait of talc is its platy or lamellar structure, which consists of hexagonal sheets held together by weak Van der Waals forces.

Physically, talc is naturally hydrophobic (water-repelling) and organophilic, allowing it to bond exceptionally well with polymer resins. Chemically, it is highly inert and resistant to most acids, alkalis, and extreme temperatures. When processed into ultra-fine powder, talc exhibits a high aspect ratio, which provides significant mechanical reinforcement and dimensional stability to composite materials. Its low oil absorption and high brightness, combined with its ability to provide a silky-smooth finish, make it a premier choice for high-end applications where surface quality and structural integrity are paramount.

Ground Calcium Carbonate (GCC) is produced by the mechanical pulverization of natural minerals like limestone or marble. Since it involves no chemical transformation, it retains the mineral’s original stability but features an irregular, fragmented structure.

Key Properties: High density, low oil absorption, and excellent flowability.

Industrial Value: Used as a “functional filler” in plastics, rubber, and coatings. It increases volume and hardness while allowing high loading levels to significantly reduce production costs.

Process

Mechanical Grinding

Structure

Irregular / Crystalline

Advantage

High Loading / Cost Reduction

Applications

Plastics, Rubber, Coatings

Precipitated Calcium Carbonate (PCC), or light calcium carbonate, is a synthetic compound produced through a chemical carbonation process. By calcining limestone and reacting it with CO₂, manufacturers can precisely control the particle morphology to create specific shapes like spindles, spheres, or needles.

Key Properties: Ultra-high whiteness, narrow particle size distribution, and high sedimentation volume.

Industrial Value: Its microporous structure and large specific surface area make it ideal for high-end paper, specialized paints, and pharmaceuticals requiring reinforcement and superior brightness.

Process

Chemical Synthesis

Structure

Regular Geometry

Advantage

High Performance

Applications

Functional Materials

CLIRIK offers a comprehensive range of talc crushing and grinding systems. Our technology is designed to optimize your production efficiency, significantly reduce specific energy consumption, and meet the most stringent manufacturing requirements for various talc-based products.

Optimizing Particle Distribution with CLIRIK Technology：

When processing talc, CLIRIK’s grinding systems utilize specialized shear and compression forces to achieve superior results. We focus on reducing energy consumption while ensuring a uniform particle size distribution (PSD), which is vital for high-end filler applications.

Customized Powder Engineering：

We provide tailor-made solutions matching international standards for whiteness and fineness across the plastics, paper coating, and cosmetic industries.

Whiteness & Purity Protection：

For continuous high-pressure grinding, our core components feature top-tier wear-resistant coatings to prevent iron contamination, ensuring the final talc product maintains its premium brightness.

Intelligent Particle Control：

Our modular mill design and intelligent control systems strictly monitor D97 levels, ensuring high batch-to-batch consistency.

24/7 Rapid Response Maintenance：

We minimize unplanned downtime through our responsive global after-sales network and spare parts supply, providing technical support to keep your production lines running at peak performance.