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Hangrui Advanced Materials specializes in high-performance metal powders for additive manufacturing, serving aerospace, automotive, medical, and industrial applications worldwide.

🚀 Advancing the Future of Metal Additive ManufacturingRecently, Hangrui participated in a high-level industry seminar fo...
01/06/2026

🚀 Advancing the Future of Metal Additive Manufacturing
Recently, Hangrui participated in a high-level industry seminar focused on innovation and engineering applications in high-performance metal additive manufacturing.

🔍 The event brought together experts, researchers, manufacturers, and industry leaders from the aerospace and advanced manufacturing sectors to exchange insights on material development, process innovation, engineering applications, and industrial collaboration.

💡 Discussions covered a wide range of topics, including titanium alloy additive manufacturing, aerospace engine components, lightweight structural design, metal powder preparation technologies, and the future development of large-scale industrial applications.

🤝 At Hangrui, we believe that innovation thrives through collaboration. By working closely with partners across the additive manufacturing ecosystem, we continue to support the development of high-performance metal powder materials and contribute to the advancement of next-generation aerospace and high-end manufacturing technologies.

30/05/2026

We specialize in precision-engineered metal powders with exceptional purity and tight particle size control. Our advanced technologies (gas atomization, plasma sintering, etc.) enable us to:
1.Tailor powders for unique applications (e.g., aerospace alloys, biomedical implants, high-performance coatings).
2.Develop custom formulations with specific properties (flowability, sintering temperature, mechanical strength).
3. Ensure batch-to-batch consistency through rigorous quality testing (SEM, XRD, Hall Flow analysis).

CoCrMo is a cobalt-based alloy renowned for its exceptional wear resistance, corrosion resistance, and biocompatibility....
29/05/2026

CoCrMo is a cobalt-based alloy renowned for its exceptional wear resistance, corrosion resistance, and biocompatibility. Widely used in biomedical implants, aerospace, and high-temperature industrial applications, it combines the strength of cobalt with chromium and molybdenum to deliver performance in extreme environments. As a powder, CoCrMo is optimized for additive manufacturing (AM) and metal injection molding (MIM), enabling complex, high-precision components.

⚙️ From prototype material to production-ready alloy.6061 aluminum has always been attractive for lightweight and therma...
25/05/2026

⚙️ From prototype material to production-ready alloy.
6061 aluminum has always been attractive for lightweight and thermal management applications, but its tendency toward hot cracking made it difficult for LPBF metal additive manufacturing.
🔍 Through continuous material iteration, Hangrui’s ZY6061 aluminum alloy powder has gradually moved beyond laboratory validation and into batch production applications.
The latest generation material delivers a combination of:
✔️ High-density crack-free printing
✔️ Strong thermal conductivity
✔️ Good corrosion resistance
✔️ Support for anodizing post-processing
✔️ Stable powder consistency for repeatable production
The material is now being applied in complex heat dissipation structures, liquid cooling components, communication devices, and industrial tooling where both lightweight design and thermal performance matter.
🚀 As additive manufacturing continues to mature, material stability and manufacturability are becoming just as important as printing capability itself.

IN718 is a precipitation-hardenable nickel-iron superalloy powder, widely recognized as a workhorse material for critica...
23/05/2026

IN718 is a precipitation-hardenable nickel-iron superalloy powder, widely recognized as a workhorse material for critical Additive Manufacturing (AM) applications, specifically Laser Powder Bed Fusion (LPBF) and Direct Energy Deposition (DED). Its optimized chemical composition—primarily comprising Nickel (50.00–55.00 wt%), Chromium (17.00–21.00 wt%), and Iron (Balance), supplemented by Niobium (4.75–5.50 wt%) and Molybdenum (2.80–3.30 wt%)—facilitates the formation of coherent γ'' (Ni₃Nb) and γ' (Ni₃(Al,Ti)) precipitates. This microstructure provides an exceptional combination of high yield strength (≥1030 MPa at RT), tensile strength (≥1270 MPa at RT), and remarkable creep resistance (≥690 MPa/80h at 815°C).
The powder is characterized by a strictly controlled particle size distribution (15–53 μm, D50: 30–40 μm) and superior physical properties, including high flowability (Hall flow rate ≤25 s/50g) and bulk density (≥4.30 g/cm³), ensuring high packing density and process stability during AM processing. Post-processing thermal treatments are essential to tailor the mechanical response; recommended cycles include a two-step aging treatment (e.g., 720°C ±10°C/8h/FC) or a combined Hot Isostatic Pressing (HIP) and aging route (980–1060°C/1h/AC + 720°C/8h/FC) to relieve residual stress and optimize the precipitation hardening effect. Consequently, IN718 is the material of choice for extreme-environment components in aerospace, such as turbine disks, compressor blades, and structural housings requiring high fatigue resistance from cryogenic to elevated temperatures (up to 700°C).

HA 188 is a high-performance cobalt-based superalloy engineered for exceptional mechanical integrity and environmental r...
22/05/2026

HA 188 is a high-performance cobalt-based superalloy engineered for exceptional mechanical integrity and environmental resistance in extreme high-temperature applications. Its composition is carefully balanced with significant additions of Chromium (20.00–24.00 wt%) and Nickel (20.00–24.00 wt%), alongside Tungsten (13.00–16.00 wt%) as the primary solid solution strengthener. Minor additions of Lanthanum (0.03–0.12 wt%) and Boron (≤0.015 wt%) are incorporated to enhance grain boundary strength and oxidation resistance, while strict control of sulfur and phosphorus ensures microstructural stability.
The alloy exhibits outstanding mechanical properties across a broad temperature range. At ambient temperatures (25°C), it achieves a tensile strength of ≥900 MPa and yield strength of ≥400 MPa, maintaining excellent ductility (elongation ≥45%). Crucially, HA 188 retains significant load-bearing capacity at elevated temperatures, with tensile strength remaining above 300 MPa even at 900°C. This performance is complemented by superior oxidation and corrosion resistance, making it suitable for harsh environments such as gas turbine hot sections.
In its powder form, HA 188 is optimized for additive manufacturing and powder metallurgy. It features a controlled particle size distribution (15–53 μm), excellent flowability (≤25 s/50g), and high bulk density (≥4.80 g/cm³). The recommended post-processing heat treatment involves a solution treatment at 1180±20°C for 1 hour followed by air cooling (AC).

🚀 What an incredible experience at GTF 2026!Hangrui was proud to participate in this year’s exhibition and connect with ...
19/05/2026

🚀 What an incredible experience at GTF 2026!
Hangrui was proud to participate in this year’s exhibition and connect with a large number of industry professionals, engineers, and additive manufacturing experts from across the aerospace and gas turbine sectors. 🤝
From advanced metal powder materials to innovative application discussions, we had many valuable and inspiring conversations throughout the event. The strong interest in high-temperature alloys, titanium alloys, and additive manufacturing solutions once again highlights the growing momentum of advanced manufacturing technologies. ⚙️
A big thank you to everyone who visited our booth and shared insights with us.

Al-Mg-Sc-Zr powder is an advanced aluminum-based alloy formulated with magnesium, scandium, and zirconium as key alloyin...
19/05/2026

Al-Mg-Sc-Zr powder is an advanced aluminum-based alloy formulated with magnesium, scandium, and zirconium as key alloying elements. It combines high mechanical strength, excellent workability, and outstanding corrosion resistance while maintaining the inherent lightweight advantage of aluminum alloys. Its typical chemical composition (wt%) includes Mg 7.0–9.0, Si 0.25–2.5, Zr ≤0.05, Sc 0.5–1.0, additional Zr 0.2–0.5, Mn 0.3–0.8, and balance Al. Physically, the powder features a particle size range of 15–53 μm, with D10 ≥15 μm, D50 32–40 μm, and D90 ≤62 μm, along with a bulk density ≥1.2 g/cm³ and tap density ≥1.5 g/cm³.
Mechanically, the alloy delivers a tensile strength ≥560 MPa, yield strength ≥530 MPa, and elongation at break ≥10%, making it suitable for demanding structural applications. To optimize microstructural stability and performance, a recommended heat treatment involves solution treatment at 325 °C for 4–6 hours (SR HT). These properties position Al-Mg-Sc-Zr powder as a promising material for high-performance, lightweight components in aerospace, automotive, and other advanced engineering sectors.

Commercially Pure Titanium (CP-Ti) powder is defined as a metallic feedstock with a titanium content of ≥99.5 wt%, class...
18/05/2026

Commercially Pure Titanium (CP-Ti) powder is defined as a metallic feedstock with a titanium content of ≥99.5 wt%, classified into four distinct grades (Grades 1–4) based on interstitial element concentrations, particularly oxygen.
Within this classification, the higher-grade variants—such as Grade 4—exhibit the highest oxygen content (≤0.40 wt%) coupled with iron impurities limited to ≤0.50 wt%, which serve to elevate the material's mechanical performance.
Here are some data of TC4
Physical Properties:

Density: 4.51 g/cm³

Elastic modulus: 110–115 GPa

Mechanical Properties:

Tensile strength: ≥740 MPa

Yield strength: ≥680 MPa

Elongation: ≥15%

Key Characteristics:

Composition: Highest oxygen content (≤0.40 wt%) among CP-Ti grades, with iron ≤0.50 wt%.

Applications:

High-stress components in aerospace and automotive sectors.

Surgical implants requiring high strength but limited by stress shielding concerns.

✈️ Meet Hangrui at GTF 2026!Hangrui will participate in the 13th Gas Turbine Focus Conference & Exhibition 2026, taking ...
12/05/2026

✈️ Meet Hangrui at GTF 2026!
Hangrui will participate in the 13th Gas Turbine Focus Conference & Exhibition 2026, taking place on May 12–14 at Shanghai World Expo Exhibition & Convention Center.
We will showcase our full range of metal powder materials for aerospace and gas turbine applications, including:
High-temperature alloys, titanium alloys, aluminum alloys, stainless steel, copper alloys, and more. ⚙️
Designed for additive manufacturing, MIM, thermal spraying, and advanced industrial applications, Hangrui materials help support high-performance components operating under extreme conditions.
📍 Booth: A002
📅 May 12–14, 2026
📌 Shanghai World Expo Exhibition & Convention Center
We look forward to connecting with industry partners and exploring the future of aerospace materials together. 🚀

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N3109, Building 3, Linghao Bay, No. 951 Jianchuan Road, Minhang District
Shanghai
315021

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+8657487115607

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