Name: HPHT Monocrystalline MCD Diamond Engineered Crystal Structure Mirror Smooth Surface
Brand: Shaper Diamond Technology Co., Ltd
Price: 1,000.00 USD
Availability: InStock

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HPHT Monocrystalline MCD Diamond Engineered Crystal Structure Mirror Smooth Surface

Product Details:

Place of Origin:	China
Brand Name:	INFI

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Detailed Product Description

Material:	HPHT Synthetic Monocrystalline Diamond	Crystal Orientation:	(111)
Wire Diameter Range:	φ0.003mm~φ2.0mm	Service Life:	Longest-lasting
Moderate Lifespan:	Frequent Replacement	Precision:	Mirror-smooth Wire Surface
Highlight:	HPHT Monocrystalline MCD Diamond , Engineered Crystal Structure MCD Diamond , Mirror Smooth Surface Monocrystalline Diamond

HPHT Monocrystalline MCD Diamond Engineered Crystal Structure Mirror Smooth Surface

Product Specifications

Material: HPHT Synthetic Monocrystalline Diamond
Crystal Orientation: (111)
Wire Diameter Range: φ0.003mm~φ2.0mm

Product Size Data

PRODUCT NOMENCLATURE	NOMINAL THICKNESS(MM)	THICKNESS TOLERANCE(MM)	MINIMUM INSCRIBED CIRCLE DIAMETER(MM)
SCD111 07	0.7	0.66-0.75	0.8
SCD111 08	0.8	0.76-0.85	0.9
SCD111 09	0.9	0.86-0.95	1.0
SCD111 10	1.0	0.96-1.05	1.1
SCD111 11	1.1	1.06-1.15	1.2
SCD111 12	1.2	1.16-1.23	1.3
SCD111 13	1.3	1.26-1.35	1.4
SCD111 14	1.4	1.36-1.45	1.45
SCD111 15	1.5	1.46-1.55	1.5

Key Applications

Stainless Steel Wire
Ultra-Fine Wires: Tungsten/Molybdenum (medical guidewires, SEM probes)
Precious Metals: Gold/Silver/Platinum (jewelry, electronic contacts)
Special Alloys: NiTi/Titanium
Industrial Wires: Copper/Aluminum (enameled wires, welding wires)

Features & Advantages

1. Engineered Crystal Structure

(111) plane aligned with <110> drawing direction for maximum shear resistance
Microhardness: 80-150 GPa
Young's Modulus: 1150-1300 GPa

2. Defect-Free Performance

No visible inclusions/cracks (20x optical microscopy inspection)

3. Proven Durability

＞4,000km service life in φ0.03mm copper wire production
85% lower cracking rate vs carbide dies in tungsten processing

4. Thermal Stability

＜0.005mm bore deformation at 1200℃
Efficient heat dissipation prevents wire oxidation

HPHT Diamond vs Traditional Materials

Comparison Aspect	HPHT Diamond	PCD	Cemented Carbide
Material Structure	Single crystal, no cracks	Grain-boundary prone	Porous, wears quickly
Service Life	Longest-lasting	Moderate lifespan	Frequent replacement
Precision	Mirror-smooth wire surface	Grain-induced roughness	Requires repolishing
Cost Efficiency	Lowest total cost	Mid-range value	Low upfront, high hidden
Versatility	Handles all metals	Struggles with soft metals	Basic copper/aluminum

Key Takeaway: HPHT diamond acts like an "indestructible warrior" - more durable than PCD and more precise than carbide. Slightly higher initial cost, but saves money and hassle in the long run.

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