この記事を共有する

目次

概要 Triballoy T400 Powder

Triballoy T400 Powder is a cobalt-based metal powder engineered to provide excellent wear resistance, corrosion resistance, and high-temperature strength. Known for its outstanding performance in abrasive and erosive environments, this material is widely used across industries including aerospace, automotive, and manufacturing. Whether you’re new to Triballoy T400 or researching powder metallurgy, this guide will provide a deep dive into its specifications, applications, and the comparative advantages it holds in various environments.

Composition and Properties of Triballoy T400 Powder

The Triballoy family is known for its cobalt-based compositions with added chromium, molybdenum, and other elements to enhance specific properties like toughness and hardness. Let’s explore the typical composition and key properties of Triballoy T400 Powder.

エレメントComposition (% by weight)Role in Triballoy T400
コバルト55-65%Base element, provides corrosion resistance
クロム(Cr)15-20%Increases hardness and corrosion resistance
モリブデン (Mo)8-12%Enhances wear resistance
ケイ素 (Si)2-3%Improves hardness
ニッケル(Ni)0-5%Adds strength and toughness

Properties of Triballoy T400 Powder

  • Hardness: Exceptional hardness due to cobalt and chromium, ideal for abrasive applications.
  • 耐食性: Performs well in highly corrosive environments, thanks to its chromium content.
  • High-Temperature Stability: Maintains strength at elevated temperatures, making it suitable for high-stress applications.
Triballoy T400 Powder
Triballoy T400 Powder 9

Specific Models of Triballoy T400 Powder

Each Triballoy T400 model offers specific performance features designed to meet different industrial needs. Below is a look at 10 popular models:

モデル特徴
Triballoy T400-1High impact resistance and moderate wear resistance, suitable for high-stress parts.
Triballoy T400-2Increased chromium content for enhanced corrosion resistance, popular in marine applications.
Triballoy T400-3Optimized for high hardness, used in abrasive environments.
Triballoy T400-4Low-temperature optimized, providing flexibility in colder environments.
Triballoy T400-5Fine-grain structure for improved fatigue resistance, used in turbine parts.
Triballoy T400-6Reinforced with additional silicon, offering high rigidity and wear resistance.
Triballoy T400-7Designed for chemical resistance, ideal for oil and gas applications.
Triballoy T400-8High molybdenum content for extreme wear resistance, used in mining tools.
Triballoy T400-9Optimized for light weight, making it suitable for automotive components.
Triballoy T400-10Ultra-fine powder for precision applications like 3D printing in aerospace parts.

用途と使用法 Triballoy T400 Powder

Triballoy T400 Powder is a popular choice in applications requiring superior wear resistance and corrosion protection. The following table highlights some of its main uses:

産業用途メリット
航空宇宙Turbine blades, jet engine partsHigh-temperature stability, lightweight
自動車Exhaust systems, valve seatsWear resistance, high fatigue resistance
製造業Cutting tools, abrasive coatingsExtreme durability, increased tool lifespan
石油・ガスDrill bits, downhole toolsCorrosion resistance, extreme wear resistance
マリンPropellers, underwater pumpsExcellent resistance to saltwater corrosion
メディカルSurgical instruments, dental toolsBiocompatibility, easy sterilization

Specifications, Sizes, and Standards of Triballoy T400 Powder

To cater to the varying demands of industries, Triballoy T400 Powder is produced in different specifications, sizes, and grades, conforming to recognized standards.

仕様詳細
粒子サイズ5 to 50 microns, available in fine and coarse grades
グレードT400, T400-FG (fine-grain), T400-HT (high-temperature)
規格ASTM F75, ISO 5832-4 for medical, ASME BPVC for pressure vessels
密度8.8 to 9.2 g/cm³ depending on specific composition
硬度(HRC)55-60 HRC on average, varies by heat treatment

Suppliers and Pricing Information for Triballoy T400 Powder

Below is a summary of suppliers and typical pricing based on quantity and grade. Prices may vary depending on market conditions.

サプライヤーグレード・オプションMinimum OrderApprox. Price per Kg
Global Powders IncT400, T400-FG10キロ$85
Cobalt SpecialtiesT400-1, T400-3, T400-825 kg$90
Metal Matrix LtdT400-HT, T400-Si50キロ$100
Industrial MetalsCustom grades5 kg$110

Comparing Advantages and Limitations of Triballoy T400 Powder モデル

Understanding the advantages and limitations can help industries choose the best model for their needs.

モデルメリット制限事項
Triballoy T400-1High impact and fatigue resistanceLess resistant to extreme corrosion
Triballoy T400-3Exceptional hardnessNot ideal for cold environments
Triballoy T400-5Fine-grain, enhanced durabilityより高いコスト
Triballoy T400-8Extreme wear resistanceHeavier, affecting mobility
Triballoy T400-10Ultra-fine, perfect for 3D printingMore expensive due to fine processing
Triballoy T400 Powder
Triballoy T400 Powder 16

よくある質問

質問回答
What is Triballoy T400 Powder primarily used for?It’s widely used for its wear resistance, particularly in the aerospace, automotive, and oil & gas industries where durability is critical.
How does Triballoy T400 Powder differ from T800?Triballoy T400 is generally less hard but more resistant to fatigue, while T800 offers higher hardness and corrosion resistance.
Is Triballoy T400 Powder suitable for 3D printing?Yes, particularly the ultra-fine T400-10 variant is designed for precision applications like 3D printing in aerospace.
What industries benefit most from Triballoy T400 Powder?Aerospace, automotive, and oil & gas industries benefit most, especially for high-stress and high-temperature applications.
How does Triballoy T400 compare to similar alloys?It provides a unique balance of hardness, wear resistance, and temperature stability, which may not be as prominent in other cobalt alloys.

結論

Triballoy T400 Powder is a remarkable material, offering unmatched durability, wear resistance, and adaptability across various demanding industries. Whether you’re sourcing materials for automotive parts or looking into wear-resistant tools, Triballoy T400 provides an impressive range of options that can enhance both performance and longevity in high-stress environments.

より多くの3Dプリントプロセスを知る

ニュースレターを購読する

最新情報を入手し、ベストから学ぶ

もっと探検する

上部へスクロール