Browse past lab clients by general industry sectors
Client # | Project # | In Progress | Implementation | Tech Transfer | Analysis | Test Objective |
---|---|---|---|---|---|---|
18 | 1 | Replacement of Vapor Degreaser for cleaning of PCB's, ceramic substrates with RMA flux | ||||
20 | 1 | To deflux electronic assemblies | ||||
20 | 2 | Determine how clean is clean | ||||
20 | 3 | To remove surface flux from circuit boards, to remove flux from transformers and to remove epoxy resin from plastic surface. | ||||
30 | 1 | Contact angle of CE115 CC(UR) on DSR 3241 (Solder mask) cleaned & uncleaned vs solvent type. Surface tension, liquid CE1155 with solvent mix. Surface tension measurements on up to 7 different masks | ||||
30 | 2 | To evaluate ozonated water system for janitorial cleaning operations | ||||
30 | 3 | Evaluation of janitorial commercial products that are safer alternatives to the TruShot product line being considered by the company. | ||||
34 | 1 | To find a replacement for Tric 1,1,1 | ||||
34 | 2 | To find an alternative to NPB for removing solder flux from electronic devices. | ||||
88 | 1 | To replace mineral spirits with an effective alternative | ||||
151 | 1 | To clean client rejected parts to be reworked | ||||
155 | 1 | To eliminate the use of Toluene | ||||
155 | 2 | To identify contaminants on rejected parts. | ||||
160 | 1 | To identify the proper concentration of cleaning product. | ||||
161 | 1 | To find one chemical to clean our contaminated parts | ||||
172 | 1 | Te evaluate if plasma cleaning could be a viable surface cleaning technology. | ||||
200 | 1 | Would like to get more information about past testing for client 207. | ||||
227 | 1 | To identify an environmentally friendly effective cleaning product to replace current ineffective aqueous cleaner. | ||||
295 | 1 | Find a new cleaner for station cleaning - replace mineral spirits | ||||
308 | 1 | To identify new cleaning process for alumina based ceramic components used in semiconductor industry | ||||
310 | 1 | Evaluation of the effectiveness of a new aqueous agent on machined parts. |