excavator Hydraulic Shear Demolition Attachments Rotating Shear

Introduction to towed excavator Hydraulic Shear Demolition Attachments Rotating Shear

A towed excavator, also known as a tracked or tire mobile excavator, is a type of heavy equipment that is widely used in the construction and mining sectors.excavator Hydraulic Shear Demolition Attachments Rotating Shear refers to a variety of parts that are used to maintain, repair, or replace worn-out parts of this machine.

Features and advantages of towed excavator Hydraulic Shear Demolition Attachments Rotating Shear

Durability: made of high-quality materials to ensure long life and high durability.

Compatibility: Designed to meet OEM specifications for a wide range of makes and models.

Economical: Third-party spare parts are usually less expensive compared to OEM parts.

Ease of Replacement: Standardised design allows for quick and easy installation and replacement.

Reliability: rigorously tested to ensure stable and reliable performance.

(excavator Hydraulic Shear Demolition Attachments Rotating Shear)

Specification of excavator Hydraulic Shear Demolition Attachments Rotating Shear

The Rotating Hydraulic Shear Demolition Add-on is a durable tool created for excavators, engineered to deliver accuracy and power in demolition, scrap handling, and material handling applications. Developed with a 360-degree continual turning system, it provides unequaled versatility for reducing and arranging steel, concrete, and mixed particles in constrained spaces. The shear features a durable construction with high-strength steel blades (AR400/AR500 quality) for extended longevity and resistance to put on. Its hydraulic system runs at a common pressure variety of 300– 350 bar, suitable with excavators weighing 10– 50 tons, and requires a hydraulic flow of 120– 350 L/min, depending upon model size. The shear generates an optimum reducing pressure of 450– 1,200 kN, enabling reliable processing of rebar, beam of lights, pipelines, and enhanced concrete frameworks. Key specs include a jaw opening width of 600– 1,200 mm and a blade density of 50– 100 mm, optimized for high-performance cutting. The revolving system delivers up to 8– 12 RPM with a torque result of 15,000– 45,000 Nm, guaranteeing smooth ability to move throughout procedure. Security attributes include an overload protection shutoff to prevent hydraulic system damages and an automated stress alleviation feature. The accessory integrates noise-reduction modern technology, making it ideal for metropolitan demolition jobs. Weighing between 2.5– 8 loads, it preserves a compact style to decrease disturbance with excavator balance. Optional improvements consist of exchangeable blade ideas, hydraulic turning control using joystick, and a built-in dust reductions system. Perfect for commercial demolition, scrap lawn handling, and framework recycling, this turning shear works with most excavator brand names and consists of standardized installing braces (e.g., Okada, Atlas, Volvo). Maintenance is simplified with central oil nipples and set pivot pins. Operating temperature ranges from -20 ° C to 50 ° C, making sure reliability in extreme conditions. Its modular style enables quick blade replacement, minimizing downtime. The accessory meets ISO 9001 and CE accreditations for high quality and safety conformity.

(excavator Hydraulic Shear Demolition Attachments Rotating Shear)

Applications of excavator Hydraulic Shear Demolition Attachments Rotating Shear

Excavator hydraulic shear demolition attachments, particularly rotating shears, are versatile tools developed for reliable and specific demolition, scrap processing, and product recycling. These attachments are crafted to handle a vast array of products, including steel, concrete, rebar, and other metals, making them vital in construction, demolition, and industrial applications. The revolving shear’s one-of-a-kind 360-degree turning head enables operators to readjust cutting angles dynamically, enhancing versatility in tight areas or complex demolition situations.

** Trick Applications: **.
1. ** Structure Demolition: ** Rotating shears master taking apart frameworks, from domestic buildings to high-rises. They cut through steel beam of lights, concrete pieces, and strengthened walls with accuracy, minimizing civilian casualties.
2. ** Metal Recycling: ** In scrap yards, revolving shears process automobiles, appliances, and industrial machinery, slicing thick steel right into workable pieces for smelting or repurposing.
3. ** Framework Deconstruction: ** Bridges, pipelines, and rail systems call for mindful taking apart. The rotating shear’s regulated reducing ensures safe removal of steel components and concrete.
4. ** Discerning Demolition: ** For jobs calling for material healing, such as historic renovations, the add-on’s accuracy maintains recyclable elements while demolishing unwanted sections.
5. ** Plant Dismantling: ** Factories and refineries use rotating shears to disassemble heavy equipment, tanks, and structural structures without excessive noise or resonance.

** Advantages: **.
– ** 360-Degree Rotation: ** Operators change reducing angles on the fly, improving effectiveness in constrained spaces.
– ** High Trimming Pressure: ** Hydraulic power supplies consistent pressure to cut with thick products.
– ** Decreased Labor Expenses: ** Automates intensive jobs, reducing manual initiative and job timelines.
– ** Eco-friendly: ** Promotes material sorting and recycling, straightening with sustainable methods.

Compatible with excavators of different sizes, turning shears are ideal for service providers focusing on speed, safety, and adaptability. Their robust style endures severe conditions, making sure long life in demanding settings. By combining raw power with accuracy control, hydraulic rotating shears revolutionize demolition process, allowing faster task completion and higher ROI for drivers. Whether taking on urban revival, industrial cleanup, or scrap processing, these attachments provide unrivaled efficiency in modern demolition and recycling operations.

Company Introduction

Established in 2007, Excavator Attachments Heavy Machinery Co.,ltd. focus on metal research and mining machinery spare parts. 2 factories over an area of 13,300 square meters, based on 100+ sets of equipment, our production capacity reaches 12000 Tons/Year. has passed ISO 9001 quality managment system certification in 2008.

Our mainly products are dragline excavator spare parts,rotary kiln spare parts, large modulus gear (gear shaft), gearbox ect. 40+ patents with over 45 years experience to help focus on improve the service life of spare parts. We belive that more than 80% reason of mechanical parts’ working life depends on hot processing (steel making/forging/casting/welding/heat treatment). Eight material engineers will control the quality from the original resource.

If you are interested, please feel free to contact us.

5 FAQs of excavator Hydraulic Shear Demolition Attachments Rotating Shear

1. **What is a rotating hydraulic shear, and how does it work?**
A rotating hydraulic shear is a demolition attachment designed for excavators to cut and process heavy materials like steel, rebar, concrete, and structural beams. It uses hydraulic power from the excavator to operate sharp, interchangeable blades that shear through materials. The rotating feature allows 360-degree maneuverability, enabling precise cutting in tight spaces or at awkward angles without repositioning the excavator.

2. **What excavator models are compatible with rotating shears?**
Rotating shears are compatible with excavators ranging from 3 to 50 tons, depending on the attachment size and design. Compatibility depends on the excavator’s hydraulic flow rate (typically 15-50 GPM), pressure (3,000-5,000 PSI), and weight class. Always check the manufacturer’s specifications to ensure the shear matches your excavator’s capacity and hydraulic system to avoid damage or inefficiency.

3. **What materials can a rotating shear cut through?**
Rotating shears are built to handle tough demolition tasks, including cutting structural steel, I-beams, pipes, rebar, concrete slabs, and reinforced concrete. High-quality models feature hardened steel blades and reinforced structures to withstand heavy-duty use. Avoid cutting extremely hard or abrasive materials like tungsten or titanium alloys unless specified by the manufacturer.

4. **How do I maintain a rotating shear for optimal performance?**
Regular maintenance includes greasing pivot points daily, checking hydraulic hoses for leaks, inspecting blades for wear or damage, and replacing worn components promptly. Clean the shear after use to remove debris, and store it in a dry environment. Follow the manufacturer’s guidelines for hydraulic fluid quality and pressure settings. Annual professional inspections ensure internal components remain in good condition.

5. **Are rotating shears safe to operate?**
Yes, when used correctly. Operators must follow safety protocols, including wearing PPE, ensuring the work area is clear of personnel, and securing materials before cutting. The rotating mechanism reduces the risk of kickback compared to fixed shears, but proper training is essential. Never exceed the shear’s capacity or use it for unintended purposes, and always inspect the attachment and excavator for faults before operation.

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