Discharge Size 0-100 Mm Adjustable Impact Crusher PFY-1620 Rotation Speed 600-800 Crushing Solution for Industrial Applications

Product Description:

The Impact Crusher is a highly efficient and robust crushing machine designed to deliver exceptional performance in various industrial applications. Constructed from high manganese steel, this Impact Crusher ensures superior durability and longevity even under the most demanding conditions. The use of high manganese steel in its components significantly enhances resistance to wear and tear, making it an ideal choice for processing hard and abrasive materials. This material strength contributes to reduced maintenance costs and extended service life, providing users with a reliable crushing solution.

Equipped with advanced technology, the Impact Crusher boasts impressive mechanical and operational features that optimize crushing efficiency. One of the key performance parameters is its rotor speed, which ranges between 600 and 1200 revolutions per minute (Rpm). This variable rotor speed allows for flexibility in crushing different types of materials, ensuring consistent output quality. The rotation speed, maintained between 600 and 800 Rpm, complements the rotor speed to achieve the desired impact force necessary for effective particle size reduction.

In terms of structural strength, the Impact Crusher is engineered to handle substantial load ratings, with Cr rated at 195 and Cor at 226. These load capacities indicate the crusher's ability to withstand heavy stress and impact during operation, making it suitable for large-scale crushing tasks. The combination of these load ratings and high manganese steel construction ensures that the Impact Crusher can operate continuously under high loads without compromising performance or safety.

The advanced technology integrated into this Impact Crusher not only improves its crushing capabilities but also enhances operational efficiency. Features such as optimized rotor design, precise control of rotor and rotation speeds, and reinforced materials contribute to a machine that delivers uniform particle size distribution, high throughput, and low energy consumption. This makes the Impact Crusher an excellent choice for industries such as mining, construction, recycling, and aggregate production where reliable and efficient crushing is essential.

Moreover, the Impact Crusher's design prioritizes ease of maintenance and user-friendly operation. The robust construction using high manganese steel reduces the frequency of part replacements, while the adjustable rotor speed allows operators to fine-tune crushing parameters based on specific material characteristics. This adaptability ensures that the crusher can meet diverse processing needs without sacrificing reliability or quality.

In summary, the Impact Crusher stands out as a high-performance crushing machine built with high manganese steel and powered by advanced technology. Its rotor speed range of 600-1200 Rpm and rotation speed of 600-800 Rpm provide the necessary impact force for efficient crushing, while its strong load ratings of Cr:195 and Cor:226 guarantee durability and stability during heavy-duty operations. Whether used in mining, construction, or recycling, this Impact Crusher delivers consistent, reliable, and high-quality crushing outcomes, making it an indispensable asset in material processing industries.

Features:

• Impact Crusher with model PFY-1620 for efficient crushing operations
• Load Ratings: Cr:195 and Cor:226 ensuring high durability and performance
• Weight range from 5 to 50 tons suitable for various industrial needs
• Outer Surface Process finished surface for enhanced protection and longevity
• Equipped with ZGMn13 rebound plate for improved impact resistance
• Designed as a reliable Impact Crusher for heavy-duty crushing tasks
• Impact Crusher features robust construction to withstand demanding environments

Technical Parameters:

Applications:

The Impact Crusher, a high-performance horizontal shaft impact crusher, is widely used in various industries due to its robust design and efficient crushing capabilities. With a rotor speed ranging from 600 to 1200 RPM and a rotation speed between 600 and 800, the Impact Crusher ensures optimal crushing performance, making it ideal for processing a variety of materials.

This versatile Impact Crusher is particularly well-suited for applications requiring the handling of hard and abrasive materials with hardness values exceeding HRc56. Its maximum feed size capacity, ranging from 350 to 500 mm, allows it to efficiently process large and bulky raw materials, making it an indispensable machine in mining, quarrying, and construction sectors.

In mining operations, the Impact Crusher is frequently deployed to crush ores and rocks, facilitating further processing and extraction of valuable minerals. Its ability to handle hard materials makes it especially useful for crushing granite, basalt, and other hard rock formations. The crusher's horizontal shaft design ensures consistent impact force, resulting in high reduction ratios and well-shaped final products.

In the construction industry, the Impact Crusher is used to recycle concrete, asphalt, and demolition debris, providing an environmentally friendly solution for reusing materials and reducing landfill waste. It is also employed in road construction projects where crushed stone is required for base layers and asphalt production.

Another common application scenario for the Impact Crusher includes the production of aggregates for concrete and asphalt mixtures. Its precise rotor speed control enables the crusher to produce uniformly sized particles, enhancing the quality and strength of the construction materials.

Overall, the Impact Crusher’s combination of high rotor speed, horizontal shaft design, and capacity to handle large feed sizes makes it a reliable and efficient choice for numerous crushing tasks. Whether in mining, recycling, or construction, the Impact Crusher delivers consistent performance and durability, meeting the demanding requirements of modern material processing.