Raicho Sturdy Long-lasting Cutting Wheels (Th:2.4-2.8mm)

✅ Enhanced Structural Rigidity
2.4–2.8mm thickness minimizes flex during cutting, ensures superior wear resistance, maintaining precision on heavy-duty jobs while outlasting thinner 1mm discs.

✅ Dual Safety Fiberglass Layers
Two-side reinforced mesh prevents cracks and fragmentation, ensuring compliance with industrial safety standards.

✅ Premium Abrasive Formula
High-density aluminum oxide grit delivers aggressive cutting speed on rough surfaces without premature wear, and offer clean results on thin plates, pipes, and bars.

✅ Extended Service Life
Denser bonding matrix resheathes grit particles, providing 30% longer lifespan vs. standard discs like Tsurugi.

✅Versatile Compatibility: Select models fit angle grinders (110-255mm) and stationary cutting machines (200-405mm), offering flexibility for workshops and on-site tasks.

Industrial-Grade Applications:

• Steel Processing: Cut thick plates (5–20mm), structural beams, and rusted metal with reduced disc changes.

• Pipe Manufacturing: Slice stainless steel/copper pipes cleanly without edge chipping.

• High-Stress Environments: Withstand continuous use in foundries, shipyards, and construction sites.
  
  Super Raicho 2.4-2.8mm cutting wheels prioritize longevity and controlled cutting over ultra-thin designs. Featuring double fiberglass protection and industrial-grade abrasives, they outperform Tsurugi blades in heavy material processing. Upgrade to reduced downtime and lower replacement costs.Shop 110-405mm sizes today for premium performance on steel, stainless, and aluminum!
  
  
  

• Balanced Performance: Combines EX-Tsurugi’s durability with Tsurugi’s affordability, but with sharper cutting and safety features.

• Safety-First Design: Fiberglass reinforcement reduces risk of wheel breakage, critical for heavy-duty operations.

• Wide Size Range:  Ideal for metal fabrication, automotive repair, construction, and industrial workshops for versatile needs.

    Applications of Abrasives & Usage Notes: