Ace Roto-Mold Cone Bottom OPEN-TOP Tanks

Ace Roto-Mold Cone Bottom Open-Top Tanks: Unmatched Accessibility for Mixing and Processing

Ace Roto-Mold Cone Bottom Open-Top Tanks combine the complete drainage efficiency of a cone bottom with the ultimate accessibility of an open top, creating an ideal solution for agricultural operations that require frequent manual loading, mixing, or processing of materials. The large, open top allows for easy addition of powders, granules, or liquid concentrates, as well as direct access for mixing tools or agitation equipment.

These tanks are rotationally molded from high-density, UV-stabilized polyethylene, ensuring superior resistance to impact, chemicals, and environmental stress cracking. The seamless construction is leak-proof and easy to clean. The integral cone bottom facilitates 100% evacuation of contents, critical for batching operations where precise ratios and minimal waste are essential. This design is perfect for creating custom soil amendments, pre-mixing dry and liquid fertilizers, or preparing large batches of livestock feed supplements.

The combination of features makes these tanks exceptionally versatile for applications requiring both easy loading and efficient unloading. The open top simplifies the process of adding bagged ingredients, while the cone bottom ensures that the mixed product can be fully drained into application equipment. Available with optional bolt-on tops, they can be covered when not in use.

Key Benefits for Agricultural Applications:

• Superior Accessibility: Open-top design allows for easy manual loading of dry or liquid materials and direct access for mixing.

• Complete Drainage: Cone bottom ensures total product evacuation, reducing waste and simplifying cleanup.

• Versatile Processing: Ideal for mixing custom blends, fertilizers, soil amendments, and feed supplements.

• Durable and Chemical-Resistant: Withstands harsh agricultural chemicals and rugged farm use.

• Operational Efficiency: Combines the benefits of easy filling and efficient emptying in a single, robust tank.