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4300 Hamann Parkway |
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9189 Winkler Dr., #B |
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810 North Main St. |
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1509 Emerald Parkway |
Engineering Design - C.F. Jordan designed and built the new large concrete conservation tank (60 in.x 20 in. x 12 ft. deep) in which the Belle is being reconstructed and conserved.
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300 Ward Rd. |
Structural Steel - The W12 I-beams and C12 channels donated by Chaparral Steel form the integral framework of the 40-ton lifting platform in the new conservation tank. The platform will enable the lab technicians to reconstruct the ship above the tank, and then lower the Belle into the tank for the lengthy conservation process.
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. 30 Vesey St. |
Rottenstone & Pumice Powder - These abrasive powders are used to polish conserved non-ferrous artifacts to return some of the original luster to the surface metal.
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8452 Market St. |
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889 Valley Park Dr. |
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Pacemaker-Millar Steel |
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Air Scribes - Air scribes donated by Chicago Pneumatic are used to remove encrustations from metal objects. The scribes are used on a wide range of artifacts, from encrusted ceramics to artifacts such as the iron swivel-guns and intact casks containing ax heads and assorted tools. These small, easily manipulated air jacks are the workhorse of all conservation laboratories dealing with marine-encrusted metal artifacts. They are indispensable and we gratefully acknowledge the donation of a number of air scribes to the project.
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600 Kenrick, Suite B-12 |
Electric Water Heaters - A number of large electrical immersion heaters were given to the laboratory, to help heat the numerous PEG treatment tanks. These heaters are an integral part of a circulatory heating system that keeps the PEG at an optimal temperature..
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. P.O. Box 7648 |
Sodium Bicarbonate - This is one of the most utilized chemicals in the lab. It is mixed with water to make a scouring/polishing paste used on non-ferrous metals; it is combined with sodium carbonate to make the sodium sesquicarbonate necessary for the storage and conservation of non-ferrous artifacts.
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18601 South Main St. |
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3700 Airport Rd. |
HD Casters - The casters were used to make heavy-duty trolleys and mobile storage tanks to allow the heavier artifacts to be moved around the lab.
8181 Darrow Rd. |
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Plastic Containers & Vats - Heavy-Duty Tote Tubs donated by Consolidated Plastics are used to hold small artifacts while undergoing a rinse process. The rinse process is a preliminary process of conservation. Rinsing of artifacts removes soluble salts, which if left to crystallize, lead to the degradation of the artifact.
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600 Travis, Ste. 5800 |
Weller Soldering Equipment - The lab builds and repairs all of the DC power supplies that are used for electrolytic reduction. The donated soldering equipment will facilitate this work and reduce the overall cost of the conservation.
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1 Riverfront Plaza |
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Magnetic Stirrers & Glassware - Glassware donated by Corning, Inc. is used in the everyday operations of the Conservation Research Laboratory for such tasks as measuring the chloride levels of the electrolytic solutions and for mixing chemicals that are needed in the conservation process. The desiccators are used to dry the artifacts prior to their conservation treatment. The magnetic stirrers are used for titrations by lab personnel to calculate chloride levels in the electrolytic vats. The stirrers ensure that liquids are uniformly mixed.
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501 Spring Valley |
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P.O. Box 3128 |
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407 International Parkway, Ste. 403 |
Skull Replicas (Resin - Cast) - CyberForm Corporation is involved with CT/MRI imaging, modeling, and output to a variety of media. This technology was used to replicate the skull of the individual found on the Belle using stereo lithography.
Copyright 2000 by Donny L. Hamilton, Conservation Research Laboratory, Texas A&M University.
The contents of this site - text, images, and data - are intended for personal information only. Downloading of information or graphic images contained herein for private use is not discouraged; however, written permission from the Nautical Archaeology Program is required for the publication of any material. Any use of this material should credit the Nautical Archaeology Program, Texas A&M University. For additional details, contact Donny L. Hamilton (dlhamilton@tamu.edu). To contact the webmaster, email cmacwebmaster@tamu.edu.
Last updated: Monday, 10-Oct-2011 18:19:47 CDT