Other materials
3D Printing、MIM、HIP、Brazing、Spraying、Porous material、PM
1. Superior High-Temperature Performance: Brazing temperature range of 1050-1200°C, joint temperature resistance up to 980°C. Resistant to high-temperature oxidation and heat corrosion, with excellent compatibility with nickel-based/cobalt-based alloys. 2. High Wettability and Fluidity: Containing boron and silicon elements, it lowers the melting point and enhances the wetting and penetration ability to stainless steel and high-temperature alloys. 3. Flexible Forms to Adapt to Processes: Paste: Convenient pre-placement, suitable for brazing complex structures (such as honeycomb seals). Powder: Can be sprayed or pre-coated, suitable for automated production lines. Foil: Uniform thickness (0.05-0.2mm), precision assembly without splashing.
1. High-Temperature and Corrosion Resistance Temperature range: -200°C to 1000°C, oxidation and sulfidation corrosion resistance. Resistant to seawater, chlorides, and acidic media corrosion, suitable for marine and chemical environments. 2. Excellent Processability High sphericity (≥98%), low oxygen content (≤0.1%), good fluidity, reducing 3D printing defects. Strong bonding strength with the substrate, supporting the formation of high-precision complex structures. 3. High Strength and Toughness Room temperature tensile strength ≥900 MPa, maintaining excellent mechanical properties at high temperatures.
1. High-Temperature Performance Applicable temperature range: -250°C to 700°C, resistant to high-temperature oxidation, creep, and sulfide corrosion. Strength is significantly improved after age hardening (room temperature tensile strength ≥ 1300 MPa). 2. Corrosion Resistance Resistant to acids, alkalis, chlorides, and seawater corrosion, suitable for chemical, marine, and nuclear industries. 3. Process Compatibility High sphericity (≥97%), low oxygen content (≤0.1%), excellent fluidity, compatible with additive manufacturing processes such as SLM (Selective Laser Melting) and EBM (Electron Beam Melting). No tendency for cracking after welding, supports the precision forming of complex structures.
High purity, high hardness, wear resistance and corrosion resistance, low friction coefficient, excellent self-melting, wettability and spray welding, high sphericity, low oxygen, smooth surface, uniform particle size distribution, excellent flow properti
Strong corrosion resistance (resistance to oxidizing solutions containing chloride ions), properties of excellent high temperature performance, high strength, good oxidation resistance and mechanical performance
High purity, high specific surface area, good flowability, excellent compatibility and electrical conductivity
Electrolytic refining, high purity, excellent electrical conductivity, corrosion resistance and figurability
1. High-Temperature Performance: The brazed joint can withstand temperatures exceeding 900℃, exhibiting excellent oxidation resistance and creep resistance. 2. Strong Wettability: Excellent wettability on materials such as stainless steel and nickel-based alloys, resulting in dense and defect-free welds. 3. Flexible Forms: Powder: Uniform particle size (10-75μm optional), suitable for automatic powder feeding or pre-placement processes. Paste: Added organic carrier, strong adhesion, convenient for manual or automatic coating. 4. Low Volatiles: The paste brazing filler metal has low organic content, resulting in minimal high-temperature volatilization and residue, ensuring clean welds.
1. Low-temperature brazing: Liquidus temperature is low (approximately 1000℃), reducing the heat affected zone of the base material. 2. High-strength connection: Tensile strength of the braze joint ≥400 MPa, resistant to high-temperature oxidation and thermal fatigue. 3. Morphological adaptability: Powder: Uniform particle size (15-45μm), good fluidity, suitable for automatic powder feeding process. Paste: Contains low-residue organic binder, convenient coating, strong adhesion. 4. Wide compatibility: Suitable for brazing base materials such as stainless steel, nickel-based alloys, and carbon steel.
1. Superior high-temperature performance: The braze joint can withstand temperatures exceeding 1000℃, exhibiting excellent oxidation resistance and thermal fatigue resistance. 2. Excellent fluidity: Low melting point (liquidus line approximately 1050℃), strong wettability, dense and defect-free weld seam. 3. Diverse forms: Powder: Fine particle size (10-50μm), suitable for automatic powder feeding or pre-placement processes. Paste: Contains low-residue organic carrier, uniform coating, convenient operation. 4. Wide compatibility: Suitable for connecting stainless steel, high-temperature alloys, cemented carbides, and dissimilar metals.
1. Ultra-low melting point: Liquidus temperature is approximately 980℃, significantly reducing the risk of base material thermal deformation. 2. High strength and corrosion resistance: Room temperature tensile strength of the braze joint ≥450 MPa, resistant to high-temperature oxidation and corrosive media. 3. Flexible morphology adaptation: Powder: Fine particle size (10-45μm), good fluidity, suitable for automated powder feeding systems. Paste: Contains low-residue organic binder, uniform coating, suitable for pre-placement of complex structures. 4. Wide compatibility: Suitable for brazing stainless steel, nickel-based alloys, cobalt-based alloys and dissimilar metals.
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