DEWALT DWAFV84518, 4-1/2'' x 1/8'' x 7/8'' T27 Flexvolt Cutting and Grinding Wheel
HomeStore

DEWALT DWAFV84518, 4-1/2'' x 1/8'' x 7/8'' T27 Flexvolt Cutting and Grinding Wheel

DEWALT DWAFV84518, 4-1/2'' x 1/8'' x 7/8'' T27 Flexvolt Cutting and Grinding Wheel

$1.71

Original: $4.89

-65%
DEWALT DWAFV84518, 4-1/2'' x 1/8'' x 7/8'' T27 Flexvolt Cutting and Grinding Wheel—

$4.89

$1.71

The Story

 The DEWALT DWAFV84518 FLEXVOLT 4-1/2" x 1/8" x 7/8" T27 Grinding Wheels are engineered to maximize runtime. These wheels feature high performance ceramic grains that stay sharp for fast, efficient cuts, along with high density grain concentration for fast action and low heat build-up. 7/8" Arbor. For use in cordless and corded tools. DEWALT FLEXVOLT high efficiency accessories are engineered to maximize runtime. Includes (1) Grinding Wheel. 

FEATURES

  • High performance ceramic grains that stay sharp for fast, efficient cuts
  • High density grain concentration for fast action and low heat build-up
  • For use in cordless and corded tools
  • DEWALT FLEXVOLT High Efficiency Accessories are engineered to maximize runtime

DEWALT DWAFV84518, 4-1/2'' x 1/8'' x 7/8'' T27 Flexvolt Cutting and Grinding Wheel - Image 2

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

Description

 The DEWALT DWAFV84518 FLEXVOLT 4-1/2" x 1/8" x 7/8" T27 Grinding Wheels are engineered to maximize runtime. These wheels feature high performance ceramic grains that stay sharp for fast, efficient cuts, along with high density grain concentration for fast action and low heat build-up. 7/8" Arbor. For use in cordless and corded tools. DEWALT FLEXVOLT high efficiency accessories are engineered to maximize runtime. Includes (1) Grinding Wheel. 

FEATURES

  • High performance ceramic grains that stay sharp for fast, efficient cuts
  • High density grain concentration for fast action and low heat build-up
  • For use in cordless and corded tools
  • DEWALT FLEXVOLT High Efficiency Accessories are engineered to maximize runtime