Superior Performance with 1C160SF Sheave

Precision in Every Detail

The 1C160SF 16.40″ Single Groove SF Sheave is the pinnacle of industrial efficiency. Designed for seamless performance in hydraulic systems and power transmission, this sheave boasts exceptional build quality to meet demanding applications. With its perfect balance of durability and precision, it’s the go-to choice for professionals in construction, manufacturing, and more.

Engineered for Heavy-Duty Applications

Designed for reliability and efficiency, the 1C160SF Sheave handles high-torque loads while ensuring smooth belt movement. Its single-groove configuration minimizes wear and tear on your belts, ensuring longer operational lifespans and reducing maintenance costs.

Why Choose the 1C160SF Sheave?

Crafted from premium steel, this sheave offers unbeatable strength and corrosion resistance. Its precision-machined groove guarantees exceptional belt alignment, ensuring superior performance in even the most demanding industrial environments. Perfect for applications in hydraulics, conveyor systems, and more.

Unmatched Value for Professionals

Whether you’re looking to optimize power transmission or upgrade your industrial system, the 1C160SF 16.40″ Single Groove SF Sheave delivers the performance and durability you need. Elevate your operations with this premium product, trusted by professionals across industries.

1C160SF Product Attributes:

• Manufacturer Part Number (MPN): 1C160SF
• Brand: Browning
• Size: 16.40″ Diameter
• Color: Steel Gray
• Material: High-Grade Steel

You will use C, CX cogged, CC double angled and C banded v-belts with C-series QD sheaves. 1C sheaves are made from high quality cast iron, are coated with phosphate, polished and balanced in the factory. Since this sheave at the factory is balanced it runs better and gives longer working life to bearings and other parts of the machinery. The use of a simple detachable (QD) type sheave is useful as it makes the finished component a two-piece assembly which means you don’t have to repair the entire assembly if just one piece fails.