Most Popular Standard Abrasives™ Buff And Blend Hs Disc, 814001, 16 In X 1-1/4 In A Med, 5 Ea/case Instant 70% Discount [lsIL7vki]

Standard Abrasives™ Buff and Blend HS Discs

Experience the ultimate in finishing and deburring with the Standard Abrasives™ Buff and Blend HS Discs. These versatile discs are designed to handle challenging edgework and irregular surfaces with ease, providing the best performance for cleaning and light deburring. Engineered with high-strength non-woven nylon material, these discs maintain stiffness, ensuring they won't tear or fray during use.

Key Product Features

The Standard Abrasives™ Buff and Blend HS Discs are crafted from Aluminum Oxide, a mineral known for its sharp cutting edges and consistent scratch pattern. This makes them ideal for various metals, offering a reliable and efficient solution for your finishing needs. The center hole design comes in a range of sizes, from medium to large, to accommodate a variety of project specifications. Their dense and stiff construction withstands high pressure without bending over, enhancing productivity and efficiency. Here are some key features:

• High Strength Material: Ensures durability and resistance to tearing or fraying.
• Aluminum Oxide Abrasive: Provides sharp cutting edges and consistent scratch patterns for superior performance.

Practical Applications

The Standard Abrasives™ Buff and Blend HS Discs are perfect for achieving a final finish or polished piece on ferrous and non-ferrous metals. Their flexible, pliable open web design effectively removes burrs and surface contaminants without damaging the substrate. With three grades to choose from – Coarse (CRS), Medium (MED), and Very Fine (VFN) – you can customize your abrasive solution for varying degrees of aggressiveness and finish. These discs are also load resistant, which limits debris buildup and prolongs their service life. Here's what you can achieve:

• Uniform Finish: Delivers a smear-free finish on a wide range of metals.
• Efficient Deburring: Removes burrs and contaminants without damaging the substrate.