100 Ton Aluminum Jack - AME International

Specifications

• Manufacturer: AME International AME
• Model Number: 13000
• Product Name: 100 Ton Aluminum Jack
• Lifting Capacity: This industrial-grade hydraulic jack provides a robust 100-ton lifting capacity, engineered for demanding heavy-duty applications.
• Weight: Weighing 65.05 lbs, it offers a significantly lighter alternative to steel jacks of comparable capacity.
• Dimensions: With compact dimensions of 12.5 x 12.5 x 11 inches, this aluminum jack is designed for efficient storage and transport.

Key Features

• High-Strength Aluminum Construction: Crafted from durable aluminum, this jack resists corrosion and wear, ensuring longevity and reliability in harsh environments.
• Exceptional Lifting Power: Engineered to handle substantial loads, the 100-ton capacity supports the heaviest machinery and structures.
• Portable Design: The lightweight aluminum build enhances portability, making it easier to position and maneuver in various work settings.

Applications

• Heavy Equipment Maintenance: Ideal for lifting large vehicles, construction machinery, and agricultural equipment during repair or servicing.
• Industrial Lifting Operations: Suitable for critical tasks in manufacturing plants, shipyards, and mining operations requiring precise, powerful lifting.
• Construction Sites: Facilitates the placement and adjustment of heavy structural components and supports.
• Emergency Response: Provides essential heavy lifting capabilities for recovery operations and accident scenes.

Benefits

• Enhanced Portability: The reduced weight of the aluminum construction minimizes operator fatigue and simplifies transportation between job sites.
• Increased Safety: Designed for stable and controlled lifting, it reduces the risks associated with handling extremely heavy loads.
• Corrosion Resistance: The inherent properties of aluminum extend the product's lifespan, even when exposed to moisture and challenging conditions.
• Efficient Operation: Delivers powerful hydraulic force, enabling swift and effective elevation of heavy objects, thereby improving productivity.