Vanguard Machinery will Meet You at the Peru International Mining Exhibition

 The Peru International Mining Exhibition (EXPOMINA PERU) is one of South America's largest and most influential mining exhibitions. It will be held in Lima, the capital of Peru, from September 11 to 13, 2024.

Vanguard Machinery has fully prepared to participate in the Peru International Mining Exhibition. At that time, Vanguard Machinery will make a stunning appearance with high-efficiency and energy-saving crushing equipment. In addition, Vanguard Machinery will also carefully create efficient and reliable mining solutions for customers. From mine planning and design to equipment selection, installation and commissioning, Vanguard Machinery will provide customers with a full range of one-stop services to ensure the smooth progress of customers' mining projects.

Zhengzhou Vanguard Machinery Technology Co., Ltd.
Address: Room 2102, Building 13, East District of National University Science Park, West Third Ring Road, High-tech Industrial Development Zone, Zhengzhou City, Henan Province
Booth No.: F82
Exhibition time: September 11-13, 2024
Contact number: +86 371 5557 8880   
Whatshapp: +86-13333811995
Email: info@vanguardtec.com
Website: https://es.vanguardtec.com

Indonesia International Mining Exhibition: A Mining Event to Build the Future

 Under the high attention of the global mining industry, the 2024 Indonesia International Mining Exhibition (Construction Indonesia & Mining Indonesia) will be held grandly at the Jakarta International Convention Center in Indonesia from September 11 to 14, 2024.

During the exhibition, the service team of Vanguard Machinery will answer all your questions with enthusiasm and professionalism, and can also provide personalized solutions according to your specific situation. Vanguard Machinery has been deeply involved in the industry for many years and has accumulated profound experience. Its successful cases are all over the world!

From September 11 to 14, 2024, Vanguard Machinery will be at booth NO. C3-6608 at the Jakarta International Convention Center, waiting for your arrival!

Vanguard Machinery Debuts at the 2024 Tanzania Mining Exhibition

 With the growing demand for engineering machinery and mining equipment in the African market, especially in Tanzania, Zhengzhou Vanguard Machinery Technology Co., Ltd. (hereinafter referred to as "Vanguard Machinery") will bring its full range of high-end products and innovative solutions to the 8th Tanzania Mining Exhibition 2024 - Mining Equipment & Machinery Trade Exhibition ( 8th MINEXPO TANZANIA 2024 - Mining Equipment & Machinery Trade Exhibition). The exhibition will be held at the Diamond Jubilee Expo Center, Dar-es-Salaam, Tanzania from September 12 to 14, 2024. Vanguard Machinery will show the world its latest achievements in the field of engineering machinery and mining with a strong lineup of exhibitors and cutting-edge technology displays.

As a leading domestic machinery manufacturing company, Vanguard Machinery has been committed to providing efficient and reliable engineering machinery and mining equipment to global customers. The tire-type, crawler-type and modular series mobile crushing plant developed by the company, as well as the industrial grinding series covering coarse powder grinding, fine powder grinding and ultra-fine powder grinding, have won wide acclaim from domestic and foreign customers for their excellent performance.
At this exhibition, Vanguard Machinery will focus on displaying its core products such as the mobile crushing plant series, crushing and sand making series and industrial grinding series as well as a series of supporting equipment to fully meet the production needs of customers and jointly promote the prosperity and development of the global engineering machinery and mining industry.
The exhibition number of Vanguard Machinery is B141. We sincerely invite friends from all walks of life to visit and guide us.

Coarse, Medium and Fine Crushing can be done with One Machine | Vanguard Machinery's New Intelligent CI6X Series Impact Crusher is Launched

 With the development of mining machinery industry technology, the upgrading and innovation of crusher equipment in my country have shown a flourishing trend. According to different materials and application scenarios, more and more types of crushing equipment exist. How to accurately select the equipment configuration suitable for your project so that it can meet the ideal requirements in terms of capacity, final product particle shape, economic benefits, etc. is what many sand and gravel plant owners care about.

Vanguard Machinery's CI6X series impact crusher came into being, the market has a strong demand for a device that can cover coarse, medium and fine crushing operations, with high performance and high profits.

Today, we will introduce the CI6X series impact crusher launched by Vanguard Machinery based on the design and manufacturing experience of PF and LF impact crushers.

Vanguard Machinery CI6X 1520 impact crusher

Vanguard Machinery CI6X 1520 impact crusher

Outstanding advantages of CI6X series impact crusher:

1. The involute cavity design allows the material to hit the impact plate vertically, and the material returns to the material inlet in the flat hammer action area, increasing the number of hits, significantly improving the crushing efficiency, and providing a better discharge particle shape.

2. The multi-functional fully hydraulic operating system realizes fully hydraulic adjustment of discharge granularity and fully hydraulic opening of the top to replace wearing parts. The liner is fixed with high-strength bolts and can be directly replaced from the outside, reducing the labor and time costs of replacing the liner.

3. The CI6X series impact crusher has been optimized with a larger crushing cavity and feed particle size. Moreover, the optimized liner and specific rotor have improved the production efficiency under various application conditions. The upgrade of rotor design has increased the moment of inertia and the equipment capacity, which obtained a larger reduction ratio.

4. CI6X series impact crusher not only has wear-resistant liners of different strengths and varieties but also has developed a unique flat hammer locking device. The flat hammer of the CI6X series impact crusher is fixed to the rotor through a set of wedge block assemblies, and the tightening torque is greater than that of other manufacturers. In addition, the contact surface between the flat hammer and the rotor is machined to eliminate the clearance between the rotor and the flat hammer, thereby reducing the probability of flat hammer breakage, and breaking through traditional limitations, making it possible to use cast iron materials as flat hammer.

5. CI6X series impact crusher can be configured on fixed production lines and mobile crushing plants as needed. In addition, the CI6X series impact crusher also reduces equipment maintenance to the greatest extent and improves all adjustment and operation devices. Therefore, the CI6X series impact crusher can show unparalleled performance in applications such as coarse crushing, medium crushing, fine crushing and recycling.

                                  

Relying on its profound accumulation of equipment manufacturing technology, Vanguard Machinery's CI6X series impact crusher is equipped with several core technologies with industry-leading levels and independent intellectual property rights, effectively solving the pain points of low crushing efficiency, difficult maintenance and high operating costs, and providing the mining crushing industry with more efficient, safer and more economical equipment solutions.

Glory Moment | Vanguard Machinery's 350 T/H Diabase Crushing Project was Successfully Launched in Russia

 Recently, Vanguard Machinery's 350 t/h diabase crushing production line project was successfully put into production in Russia. Vanguard Machinery provided overall solution design, installation and EPC general contracting services for this project. The smooth operation of the production line has once again consolidated Vanguard Machinery's influence in the Russian market, marking that the company's technical strength and service advantages in the global market have been verified again.

It is understood that the production line is equipped with the latest technological achievements of Vanguard Machinery, including 912 jaw crusher, CS840 single-cylinder cone crusher and YK2870 series vibrating screen. These equipment can perform well in complex production environments with their excellent performance and reliability, especially in low-temperature conditions, while maintaining stable and efficient operation. This is an important consideration for cold climate regions such as Russia. To enable them to work without load below minus 50 degrees Celsius and adapt to the high-intensity production needs in extremely low-temperature environments, Vanguard Machinery adopted measures such as selecting fuel oil with a lower freezing point, replacing gear oil with gear lubricating oil and grease for winter, and using high-quality brake fluid in the brake system in the early stage of design to cope with high-demand environmental conditions and strict operating requirements. Vanguard Machinery not only carefully optimized the equipment design, but also provided professional after-sales installation services, successfully overcame challenges, and won unanimous praise from customers. The customer highly praised the professionalism and efficient execution demonstrated by the Vanguard Machinery team during the project delivery process, believing that this was not only an equipment purchase, but also a manifestation of trust in partners.

Vanguard Machinery will continue to use innovation as a driving force to provide efficient and reliable solutions to global customers and continuously promote the advancement of industry technology and the improvement of service levels. In the future, we look forward to performing well in more challenging environments and creating more glorious moments with our customers.

9 Major Differences Between Circular Vibrating Screen and Linear Vibrating Screen

Introduction

There are many types of vibrating screens. According to the movement trajectory of the material, they can be divided into circular vibrating screens and Linear vibrating screens. Both types are commonly used screening equipment in daily production. Today we will compare and see the difference between the two.

Classification of vibrating screens

According to the material movement trajectory of the vibrating screen, it can be divided into:

Linear vibrating screen: The material moves forward in a straight line on the screen surface;

Circular vibrating screen: The material moves forward in a circular motion on the screen surface.

There is no essential difference in the style and structural composition of the circular vibrating screen and the linear vibrating screen. The material is screened by the vibration of the screen surface, but the different vibration tracks will directly affect the purpose of screening.

Working principle

1. Circular vibrating screen

The motor drives the eccentric block of the vibrator to rotate at high speed through the V-belt, generating a large centrifugal inertia force, which stimulates the screen box to produce a circular motion with a certain amplitude. The material on the screen is subjected to the impulse transmitted by the screen box on the inclined screen surface and produces a continuous throwing motion. When the material meets the screen surface, particles smaller than the screen hole are screened, thereby achieving classification.

2. Linear vibrating screen

Using the vibration motor as the vibration source, the material is thrown up on the screen and moves forward in a straight line. The material enters the feed port of the screening machine evenly from the feeder and passes through the multi-layer screen to produce several specifications of oversize and undersize, which are discharged from their respective outlets.

Differences and comparisons

1. Movement trajectory

The material on the circular vibrating screen moves in a circular motion, and the material on the linear screen moves forward in a linear motion.

2. Exciter

The circular vibrating screen is also called a single-axis vibrating screen because the exciter is a single shaft and works by an inertial motor. The linear vibrating screen exciter consists of two shafts and works by the principle of vibration motor excitation, so it is also called a double-axis vibrating screen

3. Blockage phenomenon

The material on the circular vibrating screen moves in a parabolic circular trajectory on the screen surface, so that the material is dispersed as much as possible, thereby increasing the material bounce force, and the material stuck in the screen hole can also jump out, reducing the blockage phenomenon.

4. Installation layout

The linear vibrating screen reduces the screen height with a small screen surface inclination angle, for convenience for the process layout.

5. Screen surface inclination angle

According to the particle size of the material, the circular vibrating screen can change the screen surface inclination angle, thereby changing the material movement speed along the screen surface and increasing the processing capacity of the screen machine. Generally speaking, the linear vibrating screen has a small screen surface inclination angle in production.

6. Material

Generally speaking, the thicker plates use circular vibrating screens, and the box is made of manganese steel to resist the impact of materials during the screening process. The main materials of linear vibrating screens are made of light plates or stainless steel plates.

7. Applicable fields

Circular vibrating screens mainly screen materials with high specific gravity, large particles, and high hardness. They are widely used in mining industries such as mines, coal, and quarries.

Linear vibrating screens mainly screen fine particles, light specific gravity, and low hardness materials, especially for dry powder, fine particles or micro powder materials, and are usually widely used in food, chemical, building materials, and pharmaceutical industries.

8. Processing capacity

For the circular vibrating screen, since the exciter is arranged above the center of gravity of the screen box, the elliptical long axes at both ends of the screen box form a downward eight-shaped shape, and the upper end of the elliptical long axis at the feeding end faces the discharge direction, which is conducive to the rapid dispersion of the material, while the upper end of the elliptical long axis at the discharge end faces the discharge direction, which reduces the material movement speed and is conducive to the screening of difficult-to-screen materials. The arc-shaped screen surface also increases the effective area of the screen machine, thereby improving its processing capacity.

In addition, for difficult-to-screen materials, the circular vibrating screen can flip the main shaft, so that the vibration direction is opposite to the material movement direction, and the material movement speed along the screen surface is reduced (when the screen surface inclination angle is the same as the main shaft speed) to improve the screening efficiency.

9. Environmental protection

The linear vibrating screen can adopt a fully enclosed structure, without dust spillage, which is more conducive to environmental protection.

In the field of mining crushing, it widely used circular vibrating screens. In actual production, the choice of the circular vibrating screen or the linear vibrating screen mainly depends on the type of materials processed by the user and the application field. The different purpose of screening is to select different equipment.

What Is the Reduction Ratio of the Crusher?

 When purchasing crushers, especially jaw crushers for coarse crushing, we often see a word: large reduction ratio. So, what is the reduction ratio of the crusher? What are the commonly used calculation methods?

What is the reduction ratio of the crusher?

    After the ore is blasted, there are mostly large stones of different sizes. They must be crushed by the crusher before they can meet the needs of the project. So do these stones need single-stage crushing or multi-stage crushing? The reduction ratio is a very important factor.

The reduction ratio refers to the ratio of the feed particle size to the product particle size in the crusher, which indicates the degree of material crushing, which directly affects the energy consumption and processing capacity of the crusher.

Commonly used calculation method of reduction ratio

    The reduction ratio has a professional calculation method, which is divided into three types according to different situations:

1. Particle size reduction ratio:the ratio of large block size before and after crushing

Calculation formula:I = larger diameter of feeding material / larger diameter of finished product

    Due to the different habits of each, the large-granularity value method is different. British and American take the sieve width at which 80% of the material can pass through the sieve hole as the large particle size diameter. China and the Soviet Union, 95% of the material can pass through the sieve hole width as the diameter of the large particle size.

Application object:This calculation method is often used in quarries because the width of the feed port of the crusher should be determined according to the large particle size of the ore in the design.

2. Surface reduction ratio:the ratio of the width of the crusher inlet to the width of the outlet

Calculation formula:I=0.85B/S (inlet width/discharge width referred to here)

0.85 is the width coefficient of the crusher to accommodate the material. The value S of the width of the discharge port: the coarse crusher is different from the medium and fine crusher, and the former takes the larger width; The latter takes the smaller width.

Application object:Because this method does not need to do screening analysis of a large number of materials, the approximate calculation can be carried out until the width of the feed port and the discharge port of the crusher, which is simple and fast, so it is widely used in production.

3. Average reduction ratio:the ratio of the average particle size of the material before and after crushing.

Calculation formula:I=average particle size of material before crushing/average particle size of material after crushing

Application object:Because the size and shape of the ores before and after crushing are different, they can only be represented by the average particle size. Therefore, the crushing ratio calculated by the average particle size can reflect the degree of crushing more truly, so it is mostly used in theoretical research.

    In actual production, the appropriate calculation method of the reduction ratio should be selected according to the specific work content of the crusher.