Weiler Tiger X Flap Disc - 5" Type 29 w/Hub 40 Grit 51212

Code: 51212

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Weiler Tiger X Flap Disc - 5" Type 29 w/Hub 40 Grit 51212
Weiler Tiger X Flap Disc - 5" Type 29 w/Hub 40 Grit 51212 1

Cyberweld Price $10.76
Cyberweld Price $10.76
Mfg Industrial Price: $16.03
(You Save $5.27)

Grit:40

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Weiler® Tiger® X Flap Disc - 5" Type 29 w/Hub 40 Grit 51212

The Weiler® Tiger® X Type 29, 40 grit conical flap disc with 5/8-11 nut utilizes industry-first X3 technology for use on steel and stainless steel. X3 technology combines an advanced anchoring system, dual flap design and engineered backing for aggressive grinding over the long life of the disc. Tiger X's ceramic, zirconia alumina grain is self-sharpening and is designed to withstand high temperatures and pressure. The combination polycloth and cotton backing provides consistent grinding without glazing.

Type 29 conical disc shape maximizes surface area when grinding between 15-35 degrees for heavy stock removal on flat surfaces. The 40 grit abrasive grain is best for edge beveling, chamfering, weld grinding, and blending with a right angle grinder. The Tiger X #51212 flap disc offers a 5/8"-11 metal nut that allows for quick spin-on, spin-off changeover and eliminates cross-threading or sticking to spindle due to heat build-up.

Features
  • Best on carbon steel, structural steel, stainless steel and cast iron
  • Self-sharpening ceramic zirconia alumina grains hold up under high temperatures and extreme pressure
  • X3 Technology - Grain anchoring system, dual flap design and engineered backing
  • Enhance Worker Safety- Increased aggression lets professionals use less force to get equal or better results. This mean less stress and reduced fatigue
  • Combination of cotton and polycotton cloth backings provide consistent grinding without glazing
  • Contaminant-free (contains less than 0.1% Fe, S, Cl)
  • Phenolic backing prevents scratching of the work piece
  • 5/8"-11 metal nut allows for quick spin-on, spin-off changeover and eliminates cross-threading or sticking to spindle due to heat build-up



    Specs