Say goodbye to winter woes with the Prime Snow Blower Attachment. This powerful tool efficiently clears snow with its 3/4'' steel bolt-on reversible cutting edge and angled paddles. Designed for durability and performance, it throws snow over 25 feet away thanks to its heavy-duty fan. With a direct drive motor system and smart hydraulic design, it's built to handle the toughest snowstorms with ease.
This attachment is equipped with a direct drive motor system and custom hydraulic manifold. Internal relief valves ensure seamless operations, reducing downtime. The hydraulic chute rotation and spout angle offer precise control over snow discharge direction.
Thanks to the angled paddles and heavy-duty fan, this attachment can throw snow over 25 feet away. It clears pathways quickly and efficiently, making it ideal for large areas. Say goodbye to lingering snow and enjoy a clear landscape with ease.
The Prime Snow Blower Attachment features a 3/4'' steel bolt-on reversible cutting edge. This design not only ensures durability but extends the life of your equipment. By simply reversing the cutting edge, you maintain optimal performance and save on replacement costs.
Variable Hydraulic Flow
Supports a hydraulic flow range of 15-26 GPM, allowing it to adapt to various machine types for versatile use.
Spacious Blower Opening
Features a 32'' blower opening, ensuring that large volumes of snow are dealt with efficiently, minimizing clogs.
Robust Weight Options
Offered in 72'', 78'', and 84'' sizes, the weights provide stability and durability suitable for different working conditions.
| Hydraulic Flow | 15-26 GPM |
| Blower Opening | 32 inches |
| Warranty on Welds | 2 years |
| Chute Rotation | Hydraulic |
| Spout Angle | Hydraulic |
The attachment is compatible with skid steers that accommodate a hydraulic flow of 15-26 GPM.
Yes, the powerful motor and heavy-duty fan are designed to handle wet and packed snow efficiently.
The 3/4'' steel bolt-on reversible cutting edge can be easily reversed to extend the longevity and maintain optimal cutting performance.
