Diamond Filament is a high-performance cutting wire designed for efficient and precise cutting of natural stones such as marble, granite, and other hard construction materials. Manufactured using premium industrial diamond beads or coated segments on a high-tensile steel wire, it delivers excellent cutting speed, accuracy, and durability even under heavy-duty quarrying conditions.This advanced cutting solution ensures smooth operation with minimal vibration, reduced material wastage, and superior surface finish on stone blocks. Diamond Filament is widely used in quarry cutting, block squaring, and stone processing industries due to its long service life and consistent performance.Ideal for large-scale stone extraction and fabrication, Diamond Filament provides cost-effective and reliable cutting efficiency for modern stone processing operations.

Product Type:
Diamond Filament (Diamond Beaded Cutting Wire)

Application:
Suitable for marble, granite, natural stone, engineered stone, concrete, and tile block cutting

Material Construction:

• High-tensile steel wire core
• Industrial-grade synthetic diamond beads / segments
• Metal-bonded or resin-bonded segments depending on stone type

Wire Diameter:

• Typically 5 mm – 12 mm (based on stone hardness and machine type)

Standard Length:

• 40 meters – 100 meters (custom lengths available for quarry machines)

Diamond Bead Size:

• 7 mm – 11 mm segments (varies by cutting application)

Grit / Bond Type:

• Coarse bond: for granite & hard stone
• Medium bond: for mixed stone use
• Soft bond: for marble & limestone

Cutting Speed:

• Marble: 8–15 m/min
• Granite: 15–25 m/min (optimized with water cooling)

Machine Compatibility:

• Quarry wire saw machines
• Multi-wire cutting machines
• Block squaring machines
• Stone processing plants

Cooling Method:

• Wet cutting (continuous water cooling system required)

Working Applications:

• Quarry block extraction
• Slab cutting
• Block squaring
• Large-scale stone shaping
• Construction stone processing

Performance Features:

• High cutting precision and stability
• Low material wastage (thin kerf cutting)
• Smooth and clean surface finish
• High tensile strength and break resistance
• Long operational life with consistent performance
• Reduced vibration and noise during operation

Industrial Use:

• Marble quarries
• Granite mining units
• Stone processing industries
• Construction material production plants