Kraft Tools CF505 16x3.5in Square End Canvas Resin Hand Float – Wood Handle

Product Overview

Introducing the Kraft Tools CF505 16x3-1/2 inch square end laminated canvas resin hand float with a wood handle. Proudly made in the United States, this finishing tool is built for durability and steady control across a variety of materials. The combination of a resin laminated canvas blade and a traditional wood grip is designed to stand up to frequent use while helping you achieve smoother surfaces without excessive effort.

From the first grip, you may notice the tool’s balanced feel and the way the blade meets the surface with confidence. The square end design targets edges and corners with clean, crisp lines, making it a practical choice for a range of finishing tasks in concrete, plaster, and patch compounds. The CF505 is engineered to maintain a consistent blade contour through multiple passes, which can translate into more predictable results on the job.

Key Features

• 16 x 3-1/2 inch blade size for broad, even passes
• Square end design for crisp edges and clean corners
• Laminated canvas resin blade for durability and a smoother finish
• Wood handle for a comfortable, secure grip
• Country of origin: United States
• Model Number: CF505
• Item Package Dimension: 9.0 L x 6.0 W x 0.375 H
• Item Package Weight: 1.0 lb

Ideal Uses

• Smoothing fresh concrete surfaces and skim coats
• Finishing plaster patches for a seamless look
• Evenly dressing patch compounds with controlled passes

Usage Tips

• Hold with a relaxed grip and apply even pressure for consistent results
• Move with steady, overlapping strokes to reduce visible lines
• Wipe the blade clean and re-wet the surface as needed for smoother results

The CF505 is designed to be a reliable addition to your toolbox, offering a durable build and practical handling that can support a range of finishing tasks in both professional and DIY settings. While results depend on technique and materials, this tool provides a solid foundation for achieving smooth, even surfaces without overstressing the material.