Vacuum Sintered Diamond Wire Saw Beads Anti Wear

Vacuum-Sintered Diamond Wire Saw Beads Anti-Wear Diamond Beads

Description For Vacuum-Sintered Diamond Wire Saw Beads Anti-Wear Diamond Beads:

Vacuum-sintered diamond wire saw beads are high-performance cutting components designed for granite, marble, quartzite, and other hard-stone quarrying applications. These beads are manufactured using advanced vacuum sintering technology, ensuring superior diamond retention, wear resistance, and cutting efficiency.

Technical Specifications For Vacuum-Sintered Diamond Wire Saw Beads Anti-Wear Diamond Beads:
Bead Diameter: 6mm – 12mm
Wire Rope Diameter: 4mm – 8mm
Bead Spacing: Adjustable (5mm – 15mm)
Cutting Speed: 20 – 40 m/s (depending on stone hardness)
Lifespan: 10 – 40 hours (varies by stone type and cutting conditions)

Features For Vacuum-Sintered Diamond Wire Saw Beads Anti-Wear Diamond Beads:
1.Diamond-Impregnated Beads:
Each bead contains industrial-grade diamond crystals for maximum cutting efficiency.
Designed for high wear resistance and long service life.

2. High-Tensile Steel Core:
Reinforced steel wire rope ensures durability under extreme tension.
Resistant to breakage even in heavy-duty quarrying applications.
Uniform Sintering or Electroplating Process:
Sintered beads – Higher diamond concentration for prolonged cutting life.
Electroplated beads – Sharper cutting edges for faster initial performance.

3. Multiple Bead Sizes & Configurations:
Available in diameters ranging from 6mm to 12mm (varies by application).
Different bead spacing options for optimized cutting speed and stone type.
Compatibility with Wire Saw Machines:
Works with quarry wire saws, block cutters, and multi-wire saws.
Suitable for both stationary and mobile cutting systems.

Applications:
✔ Granite & Marble Quarrying – Extraction of large stone blocks.
✔ Stone Block Cutting – Slab production in processing plants.
✔ Concrete & Reinforced Stone Cutting – Demolition and shaping.
✔ Specialty Stone Shaping – Monuments, sculptures, and architectural elements.