Tile and porcelain processing requires diamond tools that can produce clean cuts and precise holes while reducing chipping on hard, brittle materials.

HANZE LTD supplies diamond saw blades and drilling tools for professional tile, porcelain, ceramic, and finishing material applications.

Recommended Products

Tile & Porcelain Saw Blades

Diamond saw blades designed for clean cutting of tile, porcelain, ceramic, and similar finishing materials.

Explore Tile & Porcelain Saw Blades

Stone Core Drill Bits

Diamond drilling tools for creating holes in porcelain, ceramic, and suitable stone materials.

Explore Stone Core Drill Bits

Stone Saw Blades

Diamond blades for different stone and finishing materials where controlled cutting quality is required.

Explore Stone Saw Blades

Typical Applications

Our products can be used for:

  • Tile cutting
  • Porcelain slab cutting
  • Ceramic cutting
  • Faucet and pipe holes
  • Electrical outlet openings
  • Interior finishing work

How to Choose the Right Tools

Before selecting the product, consider:

  • Tile, porcelain, or ceramic
  • Material thickness
  • Required blade diameter
  • Required hole diameter
  • Machine type
  • Wet or dry cutting conditions

The blade or drill bit should be matched to the material and machine to achieve cleaner edges and reduce chipping.

HANZE LTD Support

HANZE LTD supports professional buyers with:

  • In-house manufacturing
  • Blade and drill bit specification matching
  • Customized sizes
  • Connection and segment options
  • Packaging and international order support

Need a Tile & Porcelain Cutting or Drilling Solution?

Send us the material type, thickness, blade or drill bit size, machine information, quantity, and destination market.

Our team can help review the suitable diamond tool specification before quotation.

Talk to Our Team

Whether your demand is for distribution, project supply, contractor use, or repeat procurement, our team is ready to discuss the right model and support your next order with clear communication.