1. Material Standards & Specifications

Purity Standards:

• Nominal Purity: 99.95% (3N5)

• Main Standards: ASTM B160, GB/T 2057, JIS H 4511

Key Characteristics:

• High purity nickel content ≥ 99.95%

• Low gas content (O, H, N)

• Uniform microstructure

• Minimal impurity elements

2. Chemical Composition (% by weight)

3. Physical Properties

4. Mechanical Properties

5. Product Specifications

6. Surface Quality

Surface Requirements:

• Clean, free from oil stains and oxidation

• No visible cracks or inclusions

• Smooth edges, no sharp burrs

• Uniform metallic luster

Surface Treatment Options:

• Standard: Cleaned and vacuum packaged

• Precision: Electropolished surface

• Special: Ultrasonic cleaned for high-purity applications

7. Packaging Specifications

8. Applications

Primary Applications:

• Sputtering Targets: Semiconductor, display coatings

• Vacuum Coating: Optical, decorative coatings

• Electroplating Anodes: High-purity electroplating

• Catalyst: Chemical synthesis catalysts

• High-purity Alloys: Special alloy additives

• Research & Development: Laboratory experiments

9. Quality Control

Testing Methods:

• Purity Analysis: GD-MS, ICP-OES

• Gas Content: Inert gas fusion analysis

• Microstructure: Metallographic examination

• Surface Quality: Visual and microscopic inspection

• Size Verification: Precision measuring instruments

Quality Certification:

• Material Certificate with chemical analysis

• Traceable batch number

• Compliance with RoHS, REACH

• Customized testing reports available

Technical Advantages:

• Consistent high purity guaranteed

• Uniform composition and structure

• Excellent processing performance

• Reliable quality batch to batch

• Professional technical support

All products are supplied with complete quality documentation and can be customized according to specific application requirements.