Conservation Research Laboratory
Nautical Archaeology Program
Texas A&M University
College Station, TX 77843-4352
DONATIONS / SPONSORS E
|
Edwin Gaynor Company |
Eraser Co., Inc. |
|
|
200 Charles St. |
|
7004 Vancouver Dr. |
|
|
|
2841 Charter Street |
CNC Lathe & Milling Support - The Nautical Archaeology Program recently obtained Computer
Numerically Controlled (CNC) Lathe & Milling Machines for the Ship Model Lab. Emco Maier has generously supplied
manuals and technical assistance needed to get the machines operational
|
|
. W229 N1420 Westwood Dr. |
Polycast Levels - These levels will help maintain the necessary angles needed by lab personnel
to reconstruct the hull of the Belle.
|
P.O. Box 4961, Oliva Dr. |
|
Fiberglass Brushes - The donation of fiberglass brushes provides one of the important tools used
to complete the conservation process of non-ferrous artifacts. The final mechanical cleaning and restoration of
the original luster of the artifact is done in preparation for final sealing and display or storage of the artifact.
|
71 Clinton Rd. |
|
|
|
Label Tape - Tags are used to display artifact numbers, which serve as a means by which to place
artifacts within their site- specific archaeological contexts. They also aid in the tracking of individual artifacts
during their conservation procedures. Dymo label makers are used to replace destroyed artifact tags, as well as
to create new tags in instances where the conservation process reveals the presence of new artifacts not previously
recorded.
|
|
1 Commerce Way |
Silicone RTV Molding Compound - Silicone RTV is a high-strength mold-making compound that is used for the production of molds of diagnostic features of artifacts, for example, the crests and lifting handles on the brass cannon from the Belle.
|
11500 Metric Blvd. |
|
Flexible Shaft Fiberscope - The flexible fiberscope donated by Everest Imaging enables the conservator
to critically examine the interior of concretion molds, cannon barrels, and other hard-to-reach locations. The
fiberscope also aids the conservator in determining whether or not the interior void of a concretion mold is sufficiently
clean of corrosion debris, for epoxy casting to be optimally effective. The fiberscope has its own light source,
and coupled with a camera and mounting adapter, enables the conservator to photograph the interior images prior
to casting.
| Back to Main Sponsors Page | |||||
| Back to CRL Homepage | |||||