Materials Characterization
Microbeam uses various laboratory methods to characterize the physical and chemical properties of materials. We specialize in the characterization of metals, ceramics and mineral ores. These results help us identify and solve materials-specific problems in the field.
High Temperature Sintered Strength
Determine strength and temperature at which strength begins to develop in high-temperature silicate bonding materials
Low-Temperature Sintered Strength
Determine strength and temperature at which strength begins to develop in low-temperature sulfur bonding materials
Sticking Strength
Determine critical temperature for slag adhesion to a substrate
TGA
Determine the thermal stability of materials under various environments
DSC
Determine material thermal transitions
TCLP
Determine the potential leachability of dangerous toxic chemicals
Angle of Repose
Determine the critical angle at which a material can be piled without sliding
Particle Size Distribution
Determine the distribution of particle sizes within a specific powder material
pH
Determine the acidity or alkalinity of a solution
Free Swelling Index
Determine the increase in the volume of coal after heating without physical restrictions
Decrepitation
Determine the reduction in particle size after heating and cracking
Porosity/Density
Determine bulk density of materials. Porosity can be determined based on known densities
XRD
Determine the crystallinity and crystal structure of a material
Milling Index
Determine the grindability of a particular coal
Sieve Analysis
Determine the particle size fractions of a powder material
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