In the plasma cladding technology, alloy powder is the key factor that determines the performance of the cladding layer. After years of R & D and application, Aigang brand plasma cladding alloy powder has excellent wear resistance and corrosion resistance, which can meet the requirements under various working conditions.
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等离子熔覆合金粉末 ■ Plasma cladding alloy powder
In plasma and laser cladding technology, alloy powder is the main factor that determines the performance of the cladding layer. After years of research and development, the company has developed a series of alloy powders suitable for plasma cladding and laser cladding. Our series of alloy powders have good wear resistance and corrosion resistance, which can meet the requirements of wear resistance or corrosion resistance under various working conditions. For different performance requirements of different workpieces, our company has a variety of alloy powders with different performance and cost performance to choose from.
技术参数： ■ Technical parameters:
|specification||Alloy system||hardness||Application note|
|IGT-3||50-200um||Fe-Cr-B-Si-Mo ＋||55-65HRC||Used to withstand high wear and moderate impact conditions, suitable for repair and strengthening of pick tips|
|IGT-4||50 ～ 200µm||Fe-Cr-B-Si||50-55HRC||Used for medium impact abrasive wear, chisel wear, erosion and other conditions, for repair and strengthening of drill pipe, crushing roller, roller|
|IGT-5||50 ～ 200µm||Fe-Cr-B-Si-RE +||58-65HRC||For low stress and wear conditions, with high wear resistance, used for repairing and strengthening of various grooves in the middle of the scraper, head and tail|
|IGT-6||50 ～ 200µm||Fe-Cr-B-Si-RE +||60-68HRC||It is used in low stress and wear conditions with high wear resistance. It is used to strengthen the middle groove of the scraper, the transition groove, and the head and tail.|
|IGT-7||50 ～ 200µm||Fe-Cr-B-Si-Mo -RE +||60-68HRC||Used in low stress and wear conditions, with extremely high wear resistance, used to strengthen transition grooves and convex grooves of various scrapers|
研究与应用 ■ Research and Application
Commonly used alloy powders for plasma and laser surface cladding are mainly iron-based, nickel-based and cobalt-based.
There are many types of iron-based alloy powders, and the performance of different models is different. You can choose alloy powders with different hardness, toughness, corrosion resistance and wear resistance according to the actual use requirements. Iron-based alloy powders are generally cheaper, so they are more widely used. Extensive and can meet most use requirements. Iron-based alloy powder is also our company's flagship product, with outstanding wear and corrosion resistance.
Nickel-based alloy powders have good self-melting properties, wettability, and usually lower melting points. The cladding layer has higher density and quality, and has better corrosion and cavitation resistance, but its price is also higher than that of iron-based alloys. The powder is higher. When the actual use has higher requirements for corrosion resistance, nickel-based alloy powder can be selected.
Cobalt-based alloy powders are expensive and have relatively few applications. Cobalt-based alloy powders have good mechanical properties at high temperatures and are often used at high temperatures. In actual use, reasonable selection should be made according to factors such as performance requirements, cost, and technology.
在线订购 ■ Order online
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