Controlled jet pulverization adjusts processing intensity for powders that need deagglomeration or limited size reduction. The route is evaluated against oversize removal, fines generation, particle integrity and contact-material requirements.
The application may call for breaking agglomerates while retaining primary particles, or reducing a feed to a specified size band. These are different objectives and require different trial settings.
Engineering notes describe the process and evaluation requirements. Project-specific supply boundaries and acceptance results are established in the agreed technical documentation.
Source application discussions include post-sintering ternary materials, glass beads and metallic silicon. Mention of an application identifies a route to assess, not a confirmed result for this photo record.
Engineering notes describe the process and evaluation requirements. Project-specific supply boundaries and acceptance results are established in the agreed technical documentation.
Particle-size results should be paired with microscopy or another agreed integrity assessment where coatings or primary particles matter.
Engineering notes describe the process and evaluation requirements. Project-specific supply boundaries and acceptance results are established in the agreed technical documentation.
Engineering notes describe the process and evaluation requirements. Project-specific supply boundaries and acceptance results are established in the agreed technical documentation.
The application may call for breaking agglomerates while retaining primary particles, or reducing a feed to a specified size band. These are different objectives and require different trial settings.
Source application discussions include post-sintering ternary materials, glass beads and metallic silicon. Mention of an application identifies a route to assess, not a confirmed result for this photo record.
Particle-size results should be paired with microscopy or another agreed integrity assessment where coatings or primary particles matter.
No single-pass recovery or energy-saving percentage can be inferred from the equipment photograph. Confirm recovery and energy consumption in a defined trial or acceptance test.
Site photographs and historical test figures are presented separately. Enlarge a figure to inspect its full contents.
These figures are historical test references from different years. Their correspondence with the site photographs has not been confirmed; they do not establish a single test batch or acceptance results for this project.
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