CBN-B15M – Resin Bond System
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CBN-B15M – Resin Bond System

20+ Years Experience Ultra-Precision Quality Customized Solutions
CBN-B15M is a micron-sized monocrystalline cubic boron nitride powder developed for precision grinding and polishing of ferrous materials. Manufactured from high-purity synthetic CBN through controlled crushing and classification, this grade features a black crystal appearance, excellent thermal stability, and high grinding efficiency, delivering consistent cutting performance and reliable surface finish in resin bond tools and honing applications.
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Features

  • Black Micron CBN Crystals: Indicate high purity and stable thermal performance during grinding.
  • Sharp Angular Particle Structure: Provides strong cutting ability and efficient material removal.
  • High Thermal Stability: Maintains performance when grinding hardened steels and cast iron.
  • Narrow Particle Size Distribution: Ensures uniform cutting action and consistent surface quality.
  • High Grinding Efficiency: Supports fast stock removal with controlled surface finish.
  • Optimized for Resin Bond Systems: Suitable for resin bond grinding tools and honing stones.

Specifications

Available Grit Sizes

  • Ultra-Fine Grits (0–1μm):
    Designed for ultra-precision finishing and polishing, enabling controlled material removal and stable surface quality in high-accuracy lapping and polishing of ferrous materials, cemented carbides, and PCBN-related applications.
  • Fine Grits (1–10μm):
    Suitable for fine grinding and pre-finishing processes, offering sharp cutting action and uniform results in vitrified and metal bond systems for hardened steels and precision components.
  • Medium Grits (10–40μm):
    Engineered for general-purpose grinding and lapping, providing a balance between cutting efficiency and surface control in bonded CBN tools used for ferrous and high-hardness materials.
  • Coarse Grits (40–60μm):
    Applied in rough grinding and high stock removal operations, delivering strong grinding force and thermal stability for demanding industrial grinding conditions.

Comparison Table of Micron Diamond Powder Particle Size

China Standard
JB/T 17990-1790
US / International Standard
ANSI B74-1981
Japan Standard Mesh
JIS 6002-63
Median Size
D50 (μm)
W0.2 0–0.2 80000 0.1
W0.25 0–0.25 60000 0.11–0.20
W0.5 0–0.5 30000 0.20–0.30
W1 0–1 15000 0.6–0.8
W1.5- 0–2 13000 1.0
W1.5 1–2 12000 1.1–1.3
W2.5 1–3 10000 1.6–1.8
W3 2–3 7000 1.9–2.1
W3.5 2–4- 6500 2.2–2.6
W3.5 2–4 6000 2.6–3.0
W4 2–5 5000 3.1–3.4
W5 3–6 4000 3.5–4.5
W6 4–6 3500 4.4–5.0
W7 4–8 3000 5.0–6.0
W10- 4–9 2500 6.1–6.5
W10 5–10 2000 6.5–7.3
W10+ 6–12 1800 7.3–8.3
W12 8–12 1600 8.3–9.0
W14 7–14 1500 9.1–10.5
W14 8–16 1300 10.0–12.0
W20- 10–20 1200 12.5–15.0
W20 12–22 1000 15.0–17.0
W20+ 15–25 800 18.0–20.0
W28 20–30 700 20–23
W28+ 22–36 600 23–26
W40- 20–40 500 26–29
W40 30–40 450 29–32
W40+ 35–45 400 32–36
W50 36–54 37–43
325/400 320 43–48
270/325 280 48–55
230/270 240 56–64
200/230 200 65–73

Applications

Ferrous Metals

Designed for precision grinding and finishing of iron-based materials.

  • Hardened steel grinding and honing
  • Cast iron surface finishing and refinement
  • Precision machining of ferrous components
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Automotive

Used in fine grinding and honing of automotive metal parts.

  • Engine and transmission component honing
  • Precision finishing of steel components
  • High-accuracy surface preparation
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Mold & Die

Suitable for precision finishing of hardened mold and die steels.

  • Mold steel grinding and honing operations
  • Die component surface finishing and refinement
  • Wear-resistant tool processing
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