9-inch Foam Felt Trowel, Soft, from Goldblatt (G06041)

Goldblatt Fine Rubber Float – Model G06041 – is the specialized tool from Goldblatt designed for professionals seeking the highest levels of Stucco Finish. Thanks to its fine-pore rubber pad, this float provides a very smooth and uniform texture, making it the primary choice for interior decoration and high-end facades.

Professional Features and Benefits:

• Fine Texture Natural Rubber Pad: Features a fine-pore foam rubber composition, allowing you to smooth plaster and cementitious materials without leaving noticeable roughness, ideal for a "fine granular" texture.
• Superior Metal Bonding: The rubber is securely attached to a solid aluminum base using advanced industrial adhesive, preventing peeling or separation of the edges even with continuous use under high humidity conditions.
• Balanced Pressure Distribution: The aluminum backing plate ensures the float remains perfectly flat, preventing "waves" on the surface and ensuring even distribution of adhesive or plaster.
• Comfortable Soft-Grip Handle: The ergonomic design of the handle significantly reduces hand fatigue, facilitating long periods of floating with high precision control.
• Ideal for Corners and Details: With its size (9 x 4 inches), the float offers an excellent balance between covering large areas and maneuverability in corners and tight spaces.

Technical Specifications for Model G06041:

• Model Number: G06041.
• Pad Size: 9 x 4 inches.
• Texture Type: Fine.
• Base Material: High-strength aluminum.
• Handle Type: Red / Comfortable Soft-Grip.

Why choose the G06041 Rubber Float?

• Finishing Precision: If you are looking for a fine "spray" finish or precise joint leveling that leaves no trace, this model is the most suitable.
• Goldblatt Quality: The natural rubber materials resist the chemicals found in cement mortar, extending the tool's lifespan.

Technical Tip: To maintain the quality of the Fine Texture, make sure to wash the float with water immediately after each use; dried cement within the fine pores will turn it into a rough surface and deprive it of its primary smoothing advantage.