Saw Grit Diamond – GSD990

Saw Grit Diamond – GSD990

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Product Overview
GSD990 is a top-tier saw grit diamond engineered for ultra-heavy load and extreme-impact sawing and drilling applications. With exceptional crystal strength and thermal stability, this grade is designed for the most demanding environments, including hard granite cutting, reinforced concrete coring, and geological engineering drilling, where maximum durability and reliability are essential.

Features

  • Complete Octahedral Crystal Shape: Ensures superior structural integrity and load-bearing capability.
  • High Transparency: Reflects premium crystal quality and internal uniformity.
  • Outstanding Compressive Strength: Delivers exceptional resistance under ultra-heavy mechanical loads.
  • Exceptional Impact Toughness: Withstands extreme shock and vibration during severe cutting and drilling operations.
  • Excellent Thermal Stability: Maintains performance in high-temperature environments and high-temperature brazed tool production.

Specifications


Specifications

Diamond Type HPHT Monocrystalline Synthetic Diamond
Product Series Saw Grit Diamond
Grade GSD990
Strength Level Very High Strength
Friability Low
Crystal Morphology Highly regular monocrystalline morphology with selected high crystal integrity
Internal Crystal Quality Very high grade

Applications

Stone & Concrete Processing

Designed for the most demanding cutting conditions requiring maximum grain retention and load resistance within the series.

  • Hard granite and basalt cutting
  • Reinforced concrete cutting and coring
  • Heavy-duty block and slab sawing
Stone & Construction

Hard-Rock & Geological Drilling

High-integrity saw grit for drilling systems requiring strong grain retention under sustained load.

  • Hard-rock core drilling
  • Geological exploration drilling
  • Foundation and engineering drilling
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Thermally Conductive Composites

Suitable for high-performance thermal management materials requiring high-quality diamond fillers.

  • High-thermal-conductivity composites
  • Diamond-filled thermal interface materials
  • Thermal management components
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