High Strength and Mechanical Performance

After appropriate processing and heat treatment, manufactured components can achieve high hardness and tensile strength while maintaining the toughness required for demanding industrial applications. According to the supplied product information, typical hardness can reach approximately HRC 35–50, with tensile strength exceeding 1000 MPa의, depending on the final processing and heat-treatment conditions.

우수한 내식성

The iron-based alloy system is designed to provide strong corrosion resistance for components operating in demanding industrial environments. This makes the powder suitable for applications involving energy equipment, industrial tooling, molds, mechanical components, and other parts requiring both mechanical strength and environmental resistance.

Optimized for Metal Additive Manufacturing

High powder sphericity and controlled particle size distribution contribute to:

• Excellent powder flowability
• Uniform powder spreading
• Stable layer formation
• Consistent melting behavior
• Reduced risk of powder-related printing defects
• Improved repeatability during additive manufacturing

A typical particle size range of 15~53μm is suitable for common laser powder bed fusion applications, subject to the requirements of the specific machine and process.

VIGA / EIGA Gas-Atomized Powder

Advnaced VIGA and EIGA gas atomization technologies can be used to achieve highly spherical particles, controlled chemical composition, low impurity levels, and consistent batch quality.

The supplied technical information specifies oxygen content below 0.1% as a typical target.

품질 관리

Powder quality can be evaluated through internationally recognized testing methods, including:

Chemical Composition Analysis (OES)
Particle Size Distribution – Laser Diffraction
Hall Flow Rate Testing
체적 밀도 테스트

Production and quality control can follow applicable metal powder standards such as ASTM F3049, depending on the specific material grade and customer requirements.

광범위한 산업 응용 분야

This high-strength corrosion-resistant metal powder can be used for:

항공 우주 : Lightweight and high-strength structural components and heat-resistant parts.

에너지: Oil and gas components, corrosion-resistant parts and industrial energy equipment.

Tooling & Mold Manufacturing: Injection molds, die-casting molds, precision tooling and repair applications requiring high hardness and wear resistance.

Industrial Additive Manufacturing: Complex metal components, customized parts, prototypes and low-volume production.

Custom Powder Solutions

Particle size distribution, powder preparation route and material specifications can be selected or customized according to the customer’s additive manufacturing equipment, process requirements and final component performance targets.