Tenax Ceramic / Porcelain Diamond Blade

Not all bridge saw blades are designed to cut every material. Different slabs, sheets, and tiles require specific blade compositions and specifications. Tenax has developed a premium series of diamond blades specifically engineered for cutting sintered materials.

Tenax Ceramic / Porcelain Diamond Blades are designed for cutting extremely hard sintered materials such as porcelain, ceramic, and similar ultra-compact surfaces. These blades deliver clean cuts, long life, and consistent performance on porcelain countertops, large-format slabs, and other dense materials.

Sintered materials are among the hardest surfaces fabricated today. These blades are manufactured with the proper diamond matrix and bond to handle high-density materials while minimizing chipping and edge damage.

Do not use with engineered stone, quartz, or quartz agglomerate.
Do not process the material dry.
Use wet cleanup methods. Wear proper personal protective equipment.

Key Features

• Designed for ceramic and porcelain materials
• Engineered for sintered and ultra-compact surfaces
• Excellent for countertop slab fabrication
• Clean, chip-minimizing cuts
• Long blade life

Performance Specifications

• Optimized RPM range: Follow machine and blade size recommendations
• Straight Cut Feed Rate: 800–2000 mm per minute (adjust based on blade diameter and material thickness)
• Miter Cut Feed Rate: 500–1400 mm per minute (adjust based on blade diameter and material thickness)
• Standard Core Thickness: Engineered for stability and precision cutting

Cutting Recommendations

• Reduce feed speed by 40–50% when entering and exiting the cut
• Reduce feed speed by approximately 40% when cutting 45° miters
• Ensure proper water flow at all times
• Adjust RPM and feed rate based on blade diameter and material density

Applications

Porcelain Countertops, Large Format Porcelain Slabs, Ceramic Materials, Sintered Stone Surfaces, Ultra-Compact Materials.

Key Benefits

• Professional-grade cutting performance
• Designed for demanding fabrication environments
• Reliable, consistent results across multiple blade sizes
• Reduced chipping on hard sintered materials