- New
Maxi-Lift TTCCLP16X8 P O TIGER-CC LOW-PROFILE POLYEHTYLENE ELEVATOR BUCKET
- Write a review
$25.00
# Material Handling: Maxi-Lift TIGER-CC Low-Profile Polyethylene Elevator Bucket The Maxi-Lift TIGER-CC Low-Profile Polyethylene Elevator Bucket is engineered for efficient material handling in agricultural and industrial settings. This innovative bucket combines strength, durability, and reduced weight, making it an ideal choice for conveying bulk materials smoothly and reliably.
Key Features • **Material Construction**: Made from high-density polyethylene (HDPE) for enhanced resistance to wear, impact, and corrosion, ensuring a long service life. • **Low-Profile Design**: Features a streamlined profile that minimizes space requirements and maximizes load capacity, making it suitable for tight installations. • **Versatile Compatibility**: Designed to work seamlessly with various conveyor systems, including belt and chain applications, ensuring easy integration into existing setups. • **Capacity Specifications**: Holds a generous volume, optimized for efficient handling of grains, seeds, and other bulk materials while maintaining structural integrity. • **Innovative Design**: Incorporates advanced engineering techniques to reduce material buildup and enhance flow characteristics, improving overall operational efficiency.
Applications • **Agricultural Use**: Ideal for grain handling and seed conveying in farms, silos, and grain elevators, where durability and efficiency are paramount. • **Industrial Environments**: Perfect for use in manufacturing and processing facilities that require reliable material transport while minimizing maintenance costs. • **Food Processing**: Compliant with industry standards for food safety, making it suitable for handling edible products without contamination risks.
Benefits • **Enhanced Efficiency**: The low-profile design allows for higher throughput and reduced energy consumption during operation. • **Increased Reliability**: The robust polyethylene construction ensures resistance to harsh environments, minimizing downtime a
TTCCLP16X8 P O
