สรุป: Learn how this solution can streamline typical workflows and improve reliability. In this video, we demonstrate the WANSHIDA 1000 Ton Hydraulic Shear in action, showcasing its powerful 290kW motor and efficient 2-3 cuts per minute operation. You'll see how it processes scrap steel plates, round bars, and square steel, highlighting its role in enhancing productivity for metal recycling plants.
คุณสมบัติของผลิตภัณฑ์ที่เกี่ยวข้อง:
Delivers a powerful 1000-ton cutting force for efficient processing of heavy scrap metals like steel plates and round bars.
Powered by a high-efficiency 290kW motor ensuring consistent performance under heavy loads.
Operates at a cutting speed of 2-3 cuts per minute, ideal for large-scale scrap metal processing.
Features an eco-friendly air cooling system for stable performance during long operations.
Capable of processing scrap materials with a maximum thickness of 6mm.
Compresses scrap into standard-sized bales for improved storage and transportation efficiency.
Designed with a large press room size of 7000x2950x810mm for handling substantial material volumes.
Offers a processing capacity of 20-30 tons per hour to boost overall plant productivity.
คำถามที่พบบ่อย:
What types of scrap metal can the WANSHIDA 1000 Ton Hydraulic Shear process?
This hydraulic shear is designed to handle various scrap metals, including scrap steel plates, round bars, and square steel, making it versatile for different recycling applications.
How fast does the machine operate, and what is its cutting speed?
The machine operates at an efficient cutting speed of 2-3 cuts per minute, which is ideal for processing large volumes of scrap metal in recycling plants.
What is the maximum thickness of scrap material this shear can handle?
The WANSHIDA Hydraulic Shear can process scrap materials with a maximum thickness of 6mm, compressing them into standard bales for easier handling.
How does the cooling system contribute to the machine's performance and maintenance?
Equipped with an eco-friendly air cooling system, it ensures stable performance and maintains low temperatures during extended operations, which helps extend equipment life and reduce maintenance costs.