Finishing technology

I. Mizuki, in Advanced Metal Finishing Technology, Fuji MRC Ltd., Tokyo, 1980, p. 141. 

In another application, for a private client, the sponge was used to remove arsenic ions from contaminated wastewater at a bulk fueling terminal. The sponge was used as the finishing technology for water that had been pumped through an air stripper and a granulated carbon bed. In this case, 378,000 gal (1.43 x lO m ) of water was treated at an approximate cost of 0.013/gal ( 0.0034/liter)(N. Hart, personal communication). 

Most diallyl phthalate compounds are used in critical electri-c.il/clcctromc applications requiring high reliability under long-term adverse environmental conditions. Compatibility with modern electronic finishing technology, such as vapor phase soldering, is inherent in these materials. 

The potential impact is extremely broad and fundamental in nature, because the research will explore a totally innovative approach to metal finishing technology, which has never been exploited previously. The use of this completely different type of solvent/electrolyte system, entirely changes the normal behavior of metal finishing processes seen in traditional aqueous electrolytes and an extensive range of entirely new processes and products can be expected. 

Clifford, F., "Foam Finishing Technology The Controlled Application of Chemicals to a Moving Substrate", Text. Chem. Color. (1978) 10, 37-40. 

For many years, research at Centexbel on textile functionalization and surface modification focused on energy-efficient and water-free finishing technologies. As some of these techniques are established in other applications, such as the coating of wood, paper, and plastics, they need to be tuned to textiles processes. In addition, adapted formulations need to be developed to maintain textile flexibility and haptics. 

Van Parys, M., 2013. Change the course from wet to dry technologies using digital coating/ finishing technologies. Unitex 2, 6-9. 

Antimicrobial agents may also be applied using normal finishing technologies as well as films or coatings however, as with other protective textiles, their effectiveness will depend on the fabric constructions used and whether single or multilayers are... 

As we have already seen, there are quite a few substances that regulations and laws prohibit or control their use. Many of them are unfortunately (for us metallurgists) metals. As shown in Fig. 1, we have to decide how to develop surface finishing technology so that there is a balance between the functionality and envirramiental friendliness based on political regulations. As we have seen so far, many metals such as lead, cadmium, mercury, hexavalent chromium ions, etc., are only useful from the functional standpoint. If the metals would be judged as toxic substances, then they should not be used. However, there are some problematic metals whose toxicity and detrimental effects are under dispute and investigation. They may be... 

Slate P E (1998), Handbook of Fiber Finish Technology, New York, Marcel Dekker. 

Sensor and system development New conductive materials and textile manufacturing or finishing technologies are needed to improve sensor sensitivity and to simpUfy the manufacturing processes. 

Rencheng T, Jianping Z, Shiying M. Lyocell textile dyeing and finishing technology. Beijing China Textile Press 2001. p. 28—29. 

W. Canning (1982) The Canning Handbook Surface Finishing Technology, 23rd Edition, E. and F. N. Spon, Birmingham. 

Another process for the manufacture of preforms is the textile finishing technology. The classic, textile production technology, based on stitching, will be based on flat blanks of a reinforcing semi-finished product or on individual parts, which are already made to final dimensions, which are then assembled to complex 3D geometries with the help of the stitching technique. [15]. 

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