On Sale 4 Hole C.i. Flange W/ 1-15/16" Bearing - Claim Yours [W98Gf367]

4 Hole C.I. Flange with 1-15/16" Bearing

Introducing the 4 Hole C.I. Flange with 1-15/16" Bearing, a top-tier assembly designed for late model choppers. This robust and durable component is specifically crafted to fit Forrest City Do-All and Alloway-Rau Flail Chopper models, offering a seamless and reliable performance. With its 4 bolt design and large spindle bearing assembly, this product ensures smooth operation and extended lifespan for your machinery.

• 4 Bolt Design - Secure and stable assembly for maximum performance.
• Large Spindle Bearing - Reduces friction and wear, enhancing the durability of your chopper.

Product Specifications and Technical Details

The 4 Hole C.I. Flange with 1-15/16" Bearing is a high-quality import, guaranteed to meet the highest standards of craftsmanship. With a net weight of 7.00 lbs, it is designed to withstand the demands of heavy-duty operations. This product features interchange codes 851NANF21031, WGFZ31IMP, and WGFZ31-IMPGV, making it compatible with a wide range of models. The AgSmart brand ensures reliability and quality, giving you peace of mind with every use.

• Net Weight: 7.00 lbs
• Interchange Codes: 851NANF21031, WGFZ31IMP, WGFZ31-IMPGV
• Brand: AgSmart

Practical Applications and Target Audience

Whether you are a professional farmer or a hobbyist, the 4 Hole C.I. Flange with 1-15/16" Bearing is an essential component for your chopper. Its robust construction and reliable performance make it ideal for a variety of agricultural and landscaping tasks. By choosing this high-quality assembly, you can expect increased efficiency, reduced downtime, and improved productivity. This product is perfect for users who demand the best in performance and durability for their late model choppers.

• Increased Efficiency - Smooth operation for efficient agricultural tasks.
• Reduced Downtime - Durable construction for long-lasting performance.
• Improved Productivity - Dependable assembly for consistent performance.