1. Material Standards & Certification

Purity Standards:

• Nominal Purity: 99.995% (4N5)

• Primary Standards: ASTM B160, GB/T 2057

• Certification: Complete material traceability with batch certification

Quality Assurance:

• Ultra-high purity nickel content ≥ 99.995%

• Extremely low gas and impurity content

• Homogeneous microstructure

• Consistent batch-to-batch quality

2. Chemical Composition (% by weight)

3. Physical Properties

4. Pellet Specifications

5. Size Distribution & Packaging

Standard Size Distribution:

• 3mm Pellets: 2.8-3.2mm diameter

• 5mm Pellets: 4.8-5.2mm diameter

• 8mm Pellets: 7.8-8.2mm diameter

• 10mm Pellets: 9.8-10.2mm diameter

Packaging Options:

6. Surface Quality Requirements

Visual Standards:

• Bright metallic surface

• Free from visible oxides and contamination

• No cracks or structural defects

• Uniform geometry and appearance

Surface Analysis:

• Surface oxygen: ≤ 50 ppm

• Surface carbon: ≤ 30 ppm

• Surface roughness: Ra ≤ 1.6 μm (standard)

7. Applications

Primary Applications:

• Superalloy Production: Aerospace turbine components

• Sputtering Targets: Semiconductor thin films

• Electronic Materials: High-purity conductive components

• Vacuum Metallurgy: Precision alloy additives

• Research & Development: Advanced material studies

• Medical Devices: High-purity implant materials

Industry Applications:

• Semiconductor manufacturing

• Aerospace engineering

• Medical equipment

• Research institutions

• Advanced materials development

8. Quality Control & Testing

Comprehensive Testing Protocol:

• Chemical Purity: Glow Discharge Mass Spectrometry (GD-MS)

• Gas Content: Inert Gas Fusion Analysis

• Microstructure: Metallographic Examination

• Surface Analysis: X-ray Photoelectron Spectroscopy (XPS)

• Size Verification: Laser Measurement System

• Batch Homogeneity: Statistical Quality Control

Quality Documentation:

• Material Certificate with full chemical analysis

• Traceability to raw material batch

• RoHS/REACH compliance certificate

• Custom test reports upon request

9. Storage & Handling

Storage Conditions:

• Temperature: 15-25°C

• Humidity: < 40% RH

• Environment: Clean, dry atmosphere

• Special Requirements: Nitrogen storage for long-term preservation

Handling Instructions:

• Use clean, powder-free gloves

• Avoid direct hand contact

• Employ clean room conditions for critical applications

• Implement proper contamination control measures

Technical Advantages:

• Guaranteed ultra-high purity levels

• Excellent consistency and reliability

• Optimized for automated feeding systems

• Superior performance in critical applications

• Comprehensive technical support available

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