CLIRIK’s HGM Ultrafine Grinding Mill for Gypsum Processing Precision and Efficiency‌

Gypsum, a versatile and indispensable industrial material, has long been a cornerstone in construction, agriculture, healthcare, and art.
From drywall and plaster to soil conditioners and surgical splints, its applications are vast.
However, unlocking gypsum’s full potential hinges on transforming raw gypsum ore into ultra-fine powder.
This is where advanced grinding technology steps in—and ‌CLIRIK’s HGM Ultrafine Grinding Mill‌ emerges as a game-changer, delivering unmatched precision, efficiency, and adaptability for modern industrial needs.
 

The Science of Gypsum Grinding

Before gypsum becomes a functional material, it undergoes a meticulous transformation. Large gypsum rocks extracted from mines are first crushed into smaller fragments. These fragments are then fed into grinding equipment, where they are pulverized into fine powder. The quality of this powder—dictated by particle size uniformity, purity, and texture—directly impacts its performance in end products. Traditional grinding methods often struggle to achieve the fineness and consistency required for high-value applications, leading to inefficiencies and material waste.

Enter ‌CLIRIK’s HGM Ultrafine Grinding Mill‌, a cutting-edge solution designed to overcome these challenges. This innovative mill combines mechanical force, advanced engineering, and intelligent control systems to produce gypsum powder with exceptional precision, meeting the stringent demands of industries worldwide.


 

How the HGM Ultrafine Grinding Mill Works

The HGM mill operates on a multi-stage grinding principle, leveraging the synergistic action of grinding rollers and rings. Here’s a breakdown of its process:

1. ‌Crushing Stage‌: Raw gypsum is pre-crushed into smaller pieces (typically 20–25 mm) to prepare for fine grinding.
2. ‌Grinding Stage‌: The material enters the grinding chamber, where multiple grinding rollers rotate at high speed, pressing against a stationary grinding ring. The intense friction and compression between these components pulverize the gypsum into ultrafine particles.
3. ‌Classification Stage‌: A built-in dynamic classifier separates particles by size. Oversized particles are recycled for regrinding, while those meeting the target fineness proceed to collection.
4. ‌Collection Stage‌: A cyclone separator and dust collector ensure efficient powder recovery, minimizing waste and maximizing yield.

What sets the HGM mill apart is its ability to produce powder with a ‌mesh size adjustable between 200 and 3000‌—far finer than conventional mills. This flexibility allows manufacturers to tailor output for specific applications, whether producing coarse plaster for construction or ultra-refined powder for medical casts.
 

Key Advantages of CLIRIK’s HGM Mill

1. ‌Superior Fineness and Uniformity‌: With a particle qualification rate exceeding 97%, the mill ensures consistent quality, reducing the need for post-processing.
2. ‌Energy Efficiency‌: Advanced design minimizes power consumption while maximizing output, lowering operational costs.
3. ‌Durability‌: High-quality alloy components resist wear, extending equipment lifespan even under heavy use.
4. ‌Eco-Friendly Operation‌: Closed-system grinding and advanced dust collection reduce environmental impact.
5. ‌Low Noise and Vibration‌: Engineered for smooth operation, the mill creates a safer, more comfortable workplace.

CLIRIK: Pioneers in Grinding Technology

Behind this groundbreaking technology is ‌CLIRIK‌, a globally renowned manufacturer specializing in industrial grinding equipment since its inception in 2000. Headquartered in Shanghai, China, CLIRIK has built a reputation for innovation, reliability, and customer-centric solutions. The company’s R&D team—comprising seasoned engineers and material scientists—continuously refines its products to align with evolving industry standards.

CLIRIK’s commitment to excellence is evident in its certifications (including ISO 9001 and CE) and its expansive client base spanning over 200 countries. From mining and construction to pharmaceuticals and chemicals, CLIRIK’s equipment powers diverse sectors. The HGM Ultrafine Grinding Mill is a flagship product, embodying decades of research and real-world feedback.
 

Customization and Support

Understanding that no two industrial processes are identical, CLIRIK offers tailored solutions. Customers can choose from various models with capacities ranging from 0.5 to 45 tons per hour. Additionally, the company provides end-to-end support, including installation guidance, operator training, and 24/7 technical assistance, ensuring seamless integration into production lines.
 

Applications of HGM-Processed Gypsum Powder

The ultra-fine gypsum powder produced by CLIRIK’s mill unlocks new possibilities:

• ‌Construction‌: High-purity powder improves the strength and setting time of drywall, plaster, and self-leveling compounds.
• ‌Agriculture‌: Fine gypsum enhances soil structure and nutrient absorption.
• ‌Healthcare‌: Ultrafine particles are ideal for medical casts and dental molds.
• ‌Art and Crafts‌: Smooth, consistent powder is perfect for sculpting and molding.

Choose CLIRIK Grinding Mill For Your Gypsum Processing

In an era where precision and sustainability are paramount, ‌CLIRIK’s HGM Ultrafine Grinding Mill‌ stands as a testament to technological innovation. By enabling manufacturers to produce high-quality gypsum powder with unmatched efficiency, this equipment not only streamlines production but also drives progress across industries. For businesses seeking to elevate their gypsum processing capabilities, partnering with CLIRIK—a leader in grinding solutions—ensures a competitive edge in a rapidly evolving market.

Whether you’re a construction giant or a niche manufacturer, CLIRIK’s expertise and cutting-edge technology pave the way for smarter, greener, and more profitable operations. Discover how the HGM Ultrafine Grinding Mill can transform your gypsum processing—today and for the future.