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TEP Capabilities/Benefits/Features
Capabilities
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Specially designed and effective for
powders having size less than 850 µm (20 mesh) |
Achieving a 90% recovery
of purified metal powders
for prosthetic implants having
75% fewer ceramic impurities
would produce savings of
over $320 million per year
in the US alone.
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| • |
Versatile feed rates ranging from less than pounds
per hour to more than tons per hour |
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Can remove impurities in concentrations ranging
from parts-per-million to percentile levels. |
Benefits
| • |
Dry Technology. Because
no water is used, no product dewatering and/or water purification
and treatment is required. |
| • |
No new byproducts produced. Because
no chemicals or reagents are used, no treatment or buffering of byproducts
is needed. |
| • |
High product yields. Because yields
of
purified products are tuned to users’
requirements, the return on processing
and products is optimized. |
| • |
Adds value to products. Because
un-
wanted impurities are removed, the
products’ values are enhanced. |
| • |
New sales and products opportunities.
Because products have superior
character istics after TEP processing,
new opportunities for product sale emerge. |
Features
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• |
Modular and scalable |
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• |
Uses off-the-shelf components for
construction and operation |
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• |
Is robust with inexpensive replacement
components |
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• |
Does not introduce impurities |
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• |
Operates over a broad temperature
range |
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