50 Pack Flap Discs 40 Grit 4 1/2" x 7/8" for Angle Grinder, T29 Flap Sanding Discs, 4 1/2 Inch Grinding Wheels, Zirconia Grinding Discs for Metal, Wood, and Stainless Steel Finishing

Product Details

• Item Dimensions:5 x 5 x 0.1 inches
• Compatible Devices:Angle Grinder
• Included Components:flap discs
• Number of Items:50
• Unit Count:50 Count
• Part Number:flap discs 041201
• Grit Type:Coarse
• Grit Number:40
• Maximum Rotational Speed:13300 rpm
• Recommended Uses For Product:Grinding
• Compatible Material:Metal, Rubber, Plastic, Fiberglass, Wood
• Grit Material Type:Zirconia Alumina
• Construction Type:Non-Woven
• Material Type:zirconia alumina, fiberglass
• Item Dimensions L x W:5"L x 5"W
• Item Diameter:4.5 inches
• Industry Standard Identifier:Type 29
• Set Name:50 Count 40 Grit

About this item

• Efficient Stock RemovalCrafted with coarse 40 grit zirconia alumina, each angle grinder sanding disc is perfect for aggressive grinding on tough materials such as metal, rubber, plastic, fiberglass, and wood.
• Premium DurabilityThese flap discs are made from durable zirconia alumina, offering longer life and better performance than standard abrasives. The strong fiberglass backing reduces vibration, providing safer, more efficient grinding. These discs are constructed with premium materials, ensuring durability and longevity, even under high temperatures and pressure.
• High-Quality PerformanceOur 4.5" x 7/8'' flap discs meet industrial standards and are ideal for use with 4.5” angle grinders. These Type 29 discs are versatile and perfect for aggressive stock removal and surface blending.
• Vibration-Absorbing Fiberglass BackingThe resin fiber construction, reinforced with a fiberglass backing plate, minimizes vibrations and prevents smearing, ensuring a clean and uncontaminated workpiece during use.
• Professional Grinder Flap DiscFeaturing a 4-1/2-inch diameter and 7/8-inch arbor, this disc is compatible with angle grinders operating up to 13,300 RPM. It's designed for versatile applications, including grinding, blending, sanding, and finishing across various materials.