- New
Maxi-Lift TTHP14X7 P O TIGER-TUFF LOW-PROFILE POLYETHYLENE ELEVATOR BUCKET
- Write a review
$14.00
# Material Handling - Elevator Buckets Maxi-Lift's TTHP14X7 P O TIGER-TUFF Low-Profile Polyethylene Elevator Bucket is engineered for maximum efficiency in material handling applications. This innovative bucket is designed specifically for conveying bulk materials in agricultural and industrial settings, providing a reliable solution that outperforms traditional materials.
Key Features • **Material Composition**: Constructed from high-quality polyethylene, offering superior resistance to wear, impact, and corrosion. • **Dimensions**: Measures 14 inches in height and 7 inches in width, designed for optimal material flow and handling efficiency. • **Low-Profile Design**: The unique low-profile shape enhances product capacity while minimizing headroom requirements in bucket elevators. • **Compatibility**: Works seamlessly with various conveyor systems, ensuring versatility in installation and use across different applications. • **Tiger-Tuff® Technology**: Features advanced engineering that prolongs the bucket's lifespan, making it suitable for heavy-duty operations.
Applications • **Agricultural Conveying**: Ideal for transporting grains, feeds, and other bulk materials, maximizing operational efficiency in the agricultural sector. • **Industrial Use**: Perfect for handling materials in manufacturing and processing plants, where reliability and durability are paramount. • **Food Processing**: Compliant with industry standards for food safety, making it suitable for use in food handling and processing environments.
Benefits • **Enhanced Durability**: The polyethylene construction ensures long-lasting performance, reducing maintenance costs and downtime. • **Increased Efficiency**: The low-profile design allows for more material to be handled per cycle, improving overall operational productivity. • **Cost-Effective Solution**: By utilizing advanced materials and design, this bucket offers a great return on investment through reduced replacement frequency and op
TTHP14X7 P O
