Olin Chemicals

Mitsubishi Gas Chemical (Japan) Olin Chemicals Orica (Australia)... 

Hydrazine, NH2-NH2, is the simplest diamine. Lobry de Bruyn first prepared anhydrous hydrazine in 1894. In 1953 Arch Hydrazine (formerly Olin Chemical) pioneered U.S. production of hydrazine to fuel the first Titan rocket. 

Another relatively nonpolar liquid, but one with a very high temperature limit, is a carborane silicone polymer called Dexsil, first synthesized by Olin Chemical in 1964 and now manufactured by Analabs and by a company bearing the Dexsil name. Its structure is shown in Figure 8.16. Three polymers are available that differ in the substitution on the methyl silicone backbone in a way similar to the silicones discussed above Dexsil 300 is dimethyl silicone, as shown in the figure Dexsil 400 is the methyl-phenyl analog and Dexsil 410 is the methyl-cyanopropyl analog. The temperature range over which they can be used is approximately 50 to 400°C. 

Many people have contributed to the preparation and publication of this volume. The efforts of the authors to prepare the manuscripts and share the findings of their work are acknowledged with appreciation. The editorial assistance of Bonnie B. Sandel of Olin Chemical Co., the typing and proofreading assistance of Nancy Lovallo, Dianna DiPasquale, and Derry Lounsbury, and the efforts of Suzanne Roethel and others at the American Chemical Society Books Department are all acknowledged with appreciation. The help of all these individuals and many others not named has been crucial to the success of this project. 

SOURCE Olin Chemicals POLY-TERGENT Surfactants Formula... 

To use Dilute one ounce to a gallon of water) SOURCE Olin Chemicals POLY-TERGENT Surfactants ... 

Table 11.8 Olin Chemicals Poly-Soiv Propylene Glycol Ethers (66)...

A series of carborane silicone polymers (see Fig. 4.8) has been designed especially for high temperature work. They were first synthesized in 1964 by Olin Chemical and are sold under the trade name Dexsil. Dexsil 300 is the least polar, having all methyl groups in the chain. It can be used up to 400°C. 

Olin Chemicals Noble metal addition to the catholyte Ger. Offen. 2,818,306 (1978)... 

HyPure K. Potassium Hypochlorite, Olin Chemicals, Stamford, CT, 1991. 

Hooker Chemical Company Institut Frangais du P6trole Institution of Chemical Engineers M.W. Kellogg Company Kennecott Copper Corporation Kerr-McGee Chemical Corporation Olin Chemicals Group Phillips Petroleum Company Shell Development Company Simulation Sciences, Inc. 

Major producers of the ethers include BASF Corporation, Eastman Chemical Company, Ferro (Grant Chemical Division), Great Lakes Chemical Corporation, Hoechst Celanese Company, Shell Chemical Company, and Union Carbide Corporation. The propylene oxide and butylene oxide ethers are produced by several companies including Arco Chemical Company, The Dow Chemical Company, Olin Chemical, and Union Carbide Corporation. 

Source data compiled from product literature of the Arco Chemical Company, The Dow Chemical Company, Eastman Chemical Company, Olin Chemical, and the Union Carbide Corporation. 

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