With the rapid development of the scrap steel industry in recent years, the need for improved handling efficiency has become urgent. Traditional hydraulic grapples have complex structures, high fuel consumption, and lack precision. Therefore, Beiyi is proud to launch the newly upgraded hydraulic grapple, optimized for better efficiency and energy savings.

Beiyi Hydraulic Grapple: Major Upgrade

The "hydraulic grapple," as the name implies, is a machine used for grabbing steel materials. It is typically modified from hydraulic excavators. The primary function of the hydraulic grapple is to handle, load, and unload various materials such as scrap metal, industrial waste, gravel, construction debris, and household waste.
 

Features of the Upgraded Hydraulic Grapple

• Special Wear-Resistant Material: The body is made of special wear-resistant manganese steel plates, combining high elasticity with wear resistance, ensuring durability under harsh working conditions, extending service life, and reducing maintenance costs.
• Built-in Safety Valve Design: The built-in safety valve effectively prevents accidental cylinder arm drops, ensuring safety in every operation.
• Large Capacity Cylinder: Equipped with a large capacity cylinder, providing powerful grabbing force. The single-cylinder design makes the machine lighter, more flexible, and consumes less energy.
• 360° Flexible Rotation: Capable of 360-degree rotation in both directions, handling special angles and complex environments with ease, significantly enhancing operational efficiency and flexibility.
• Specially Designed Grab Claws: The grab claws are specially designed to have minimal gaps when closed, effectively grabbing small and lightweight materials while having a wide opening to handle larger and bulkier items.

• Lightweight and Fuel-Efficient: Weighing 1.6 tons, the machine has lower fuel consumption. With an opening width of 2049mm, it can grab more and larger items, suitable for 18-24 ton excavators.
   

  

Upgrades in the Hydraulic Grapple

• Rational Design, Improved Performance:

1. The dual-cylinder system is upgraded to a single-cylinder, simplifying the structure, making the body lighter, and increasing the opening width.
2. The upgraded grab claws have minimal gaps when closed, making it difficult for small and lightweight materials to fall or leak.

• Imported Quality, Affordable Price: 

Replicating the quality of foreign hydraulic grapples one-to-one, allowing customers to enjoy imported quality at a lower cost, saving the high expenses of original imports.

• More Precise Grabbing: 

After the upgrade, the grabbing force is stronger, the grab claws close tighter, enabling precise grabbing and placement, suitable for the scrap steel recycling and processing industries.

The newly upgraded hydraulic grapple optimizes structural performance, reduces energy consumption, and lowers operating costs, pursuing ultimate efficiency!

Application Scenarios for Beiyi Hydraulic Grapple

• Scrap Steel Recycling Centers: In steel mills, Japanese-style hydraulic grapples are commonly used for sorting, stacking, and loading scrap steel, including discarded steel plates, steel pipes, and metal structural parts. In metal recycling centers, they efficiently handle various types of scrap metal, improving recycling efficiency and sorting precision.

• Construction Waste Management: During building demolition and waste management, Japanese-style hydraulic grapples can grab rebar, concrete blocks, metal pipes, and other construction debris, facilitating quick cleaning and sorting, and promoting resource recycling.

• Waste Incineration Plants and Environmental Treatment Facilities: In urban solid waste management, especially industrial waste, hydraulic grapples can be used for grabbing and transporting large items such as discarded appliances and vehicle remnants, preparing them for subsequent crushing, sorting, or incineration.

Hydraulic grapples have a broad application in industrial development, with their powerful operational capabilities and design adaptable to various working conditions, becoming indispensable high-efficiency tools in modern industrial production and waste management.