SPS
has the advantage of consolidating
ceramic, metal and composite materials
rapidly as compared to more lengthy
conventional processes. Applications
include thermoelectrics, aerospace,
cutting tools, energy (turbine
components, fuel cells), oil & gas,
biomedical, and armor applications. SPS
can provide fully dense forms (99%
plus). The process rapidly consolidates
nanomaterials, retaining the fine grain
size. SPS is also used to produce
functionally graded materials, as well
as for bonding dissimilar materials. |