PM-AL retains aluminum’s excellent heat dissipation (approx. 170-200 W/m·K) and electrical conductivity (approx. 50-60% IACS). This makes it suitable for heat sinks, LED coolers, and electrical bus bars.
: At room temperature, consolidated PM aluminum may exhibit poor mechanical properties; however, annealing (heat treatment) significantly improves its strength and ductility by creating stable bonding between grain boundaries. Typical Applications PM-AL - Material
The unique attributes of PM-AL have led to its adoption in critical, high-performance sectors. PM-AL - Material
To fully appreciate the significance of PM-AL, one must first understand its components. PM-AL - Material
Die-casting involves molten metal shrinking
The PM-AL sector is advancing rapidly. Key trends include:
PM-AL retains aluminum’s excellent heat dissipation (approx. 170-200 W/m·K) and electrical conductivity (approx. 50-60% IACS). This makes it suitable for heat sinks, LED coolers, and electrical bus bars.
: At room temperature, consolidated PM aluminum may exhibit poor mechanical properties; however, annealing (heat treatment) significantly improves its strength and ductility by creating stable bonding between grain boundaries. Typical Applications
The unique attributes of PM-AL have led to its adoption in critical, high-performance sectors.
To fully appreciate the significance of PM-AL, one must first understand its components.
Die-casting involves molten metal shrinking
The PM-AL sector is advancing rapidly. Key trends include: