Stone Crusher& Sand Making &
Grinding & Ore Processing

About our company
Experience
㎡ Factory
Project Cases
Skilled Worker
2.Stable performance
3.Easy to maintain
4.Wear-resistant and durable
5.Environmentally friendly and energy-saving
SGS Certification
CE Certification
GOST Certification
2.Stable Performance
3.Easy to maintain
4.Quick Setup
5.Integrated Design
SGS Certification
CE Certification
GOST Certification
2.Stable Performance
3.Easy to maintain
4.Quick Setup
5.Integrated Design
SGS Certification
CE Certification
GOST Certification
2.High Efficiency
3.Versatile Applications
4.Energy Saving
5.Easy Maintenance
6.Customizable Solutions
SGS Certification
CE Certification
GOST Certification
2.Compact Design
3.Easy Integration
4.Low Maintenance
5.Energy Efficient
6.Improves Workflow
SGS Certification
CE Certification
GOST Certification
2.High Capacity
3.Easy Operation
4.Versatile Use
5.Energy-Efficient
6.Low Maintenance
SGS Certification
CE Certification
GOST Certification
Company Case

How to Design a 200-300 TPH Stone Crushing Plant for Granite

Stop Buying Impact Crushers Based Only on the Price Tag

Choosing the Right Vibrating Feeder for Your Rock Crushing Plant

500-600 tons per hour limestone crushing production line in Hubei, China

450-500 tons per hour sandstone crushing production line in Lanzhou, Gansu, China

300-350 tons per hour granite crushing production line in Chengdu, Sichuan, China

600-700 tons per hour basalt crushing production line in Zhengzhou, Henan, China

China Shijiazhuang 800-1000 tons per hour medium hard ore crushing production line
Blog
What Is the Ideal Ball Mill Discharge Fineness for Optimal Production?
This article explores the relationship between ball mill output and powder fineness in industries like cement and chemicals. While finer powder is often desired, it’s not always better. Overgrinding can lead to loss of valuable minerals, increased costs, and lower efficiency. Conversely, too coarse a grind impacts separation processes. The key is to find a balance, controlling fineness to optimize both product quality and production efficiency. Proper operation and material consideration are also vital for maximizing output.
Crushing and Screening Plants: Delivering 30 mm Feed
This article breaks down how to optimize crushing and screening plants to maximize quarry ROI. It focuses on achieving a 30mm precision feed to protect your [rock grinder machine], eliminating the 20% energy waste caused by recirculating loads, and managing moisture to prevent costly downtime. Stop treating your screens as an afterthought—they are the key to a 15% lower Opex.
Crusher Rust Prevention During the Rainy Season
This article emphasizes the importance of protecting steel plate-based mining crushers, especially during humid summer conditions. It outlines operational precautions like temperature control and cooling system checks. Key rust prevention measures include paint touch-ups, lubrication, and moving operations indoors to shield equipment from the elements. Proper maintenance and environmental protection practices are crucial for extending equipment lifespan and ensuring smooth production.
Top 6 Types of Crushers in Mining Machinery and Their Applications
This article discusses various types of crushers used in mining machinery, each with unique working principles and applications. The jaw crusher, with its fixed and movable jaw plates, is suitable for breaking large ore or rock into smaller particles and is widely used in mining and construction. The cone crusher uses an eccentric motion to crush materials between two cones. The hammer crusher employs high-speed hammers for impact crushing, while the impact crusher uses rigid plate hammers for breaking materials. The vertical shaft impact crusher, also known as a sand making machine, features a high-speed rotating impeller for producing construction-grade sand. Lastly, the roller crusher uses two rotating rollers to compress and crush materials. These crushers are essential for processing various types and hardnesses of ore and rock in the mining and construction industries.
Differences Between Ball Mill and Rod Mill: Structure, Application, and Performance Explained
This article highlights the key differences between ball mills and rod mills, two widely used crushing equipment in industries like mining and construction. It delves into their structural variations, working principles, and application scopes. Ball mills, using steel balls, are suited for fine grinding and uniform mixing, while rod mills, employing steel rods, excel in coarse grinding of hard materials. The article also compares their grinding effects, energy consumption, maintenance requirements, and material suitability, emphasizing the importance of selecting the appropriate equipment based on specific material properties and production needs. This comprehensive comparison aids in making informed decisions for optimal grinding operations.
FAQ
Testimonials
We opted for a mobile crusher from DBM due to its versatility. It's surprisingly easy to maneuver around the site and has significantly boosted our productivity. The build quality is also impressive.
Carlos Rodriguez
Latin American Infrastructure Development Corp.The mining machine we got from DBM is robust. Initially, there was a slight issue with the feed system, but their technical team responded promptly and resolved it. Now, it runs smoothly.
Vikram Singh
New Delhi Construction EnterprisesWe recently acquired a crusher from DBM for our construction project. It's been handling the tough materials with ease and the maintenance required is minimal. Good value for the investment.
Rajesh Patel
Indian Construction Group Ltd.





























