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Maxi-Lift CCLP16X7 P G CC-MAX LOW-PROFILE POLYETHYLENE ELEVATOR BUCKET
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$14.00
# Material Handling - Conveyors & Accessories
Overview Introducing the **Maxi-Lift CCLP16X7 P G CC-MAX Low-Profile Polyethylene Elevator Bucket**, a state-of-the-art solution engineered for efficient material handling in agricultural and industrial applications. This innovative elevator bucket is designed to optimize conveying processes while ensuring durability and performance. Crafted from high-quality polyethylene, the CC-MAX bucket is lightweight yet robust, making it ideal for various bulk materials.
Key Features • **Material Composition**: Constructed from premium polyethylene, offering excellent resistance to impact and abrasion while maintaining flexibility for smooth operation. • **Low-Profile Design**: With dimensions of 16 inches in height and 7 inches in width, this bucket minimizes space usage and enhances flow rates, making it perfect for tight installations. • **Versatile Compatibility**: Engineered to fit a variety of elevator systems, ensuring seamless integration with existing equipment for immediate operational efficiency. • **Enhanced Durability**: Designed to withstand harsh conditions, the CC-MAX bucket features UV stabilization and temperature resistance, extending service life in demanding environments. • **High Capacity**: Optimized for maximum volume handling, allowing efficient transportation of grains, feeds, and other bulk materials without compromising performance.
Applications • **Agricultural Sector**: Ideal for grain handling, feed processing, and fertilizer conveying, ensuring reliable operations in farms and agricultural facilities. • **Industrial Use**: Perfect for material handling in manufacturing plants, warehouses, and distribution centers, facilitating the efficient movement of bulk products. • **Elevator Systems**: Compatible with various elevator configurations, this bucket enhances throughput in food processing plants, construction sites, and recycling facilities.
Benefits • **Operational Efficiency**: The low-
CCLP16X7 P G
