Production group

The ISO 8681 standard, which treats all the petroleum products, groups lubricants, industrial oils and related products in the L Class. The international standard ISO 6743/0, accepted as the French standard NF T 60-162, subdivides the L Class into 18 families or categories. [Pg.275]

The CNP group of a molecule containing / identical nuclei of one type, m of another, n of another and so on is the direct product group... [Pg.172]

Cuprophan Technical Information bulletin No. 12.1 EnkaAG, Product Group, Wuppertal, Germany, 1977. [Pg.156]

Antiwear premium hydrauHc fluids represent the largest volume of hydrauHc fluids used. Shortly after their introduction in 1960, a second product group was formulated, characterized by the same antiwear characteristics but having lower pour points and higher viscosity indexes. These were formulated for use in mobile and marine appHcations subject to temperature extremes. [Pg.262]

Aluminosilicate Fibers. Vitreous alurninosihcate fibers, more commonly known as refractory ceramic fibers (RCF), belong to a class of materials known as synthetic vitreous fibers. Fiber glass and mineral wool are also classified as synthetic vitreous fibers, and together represent 98% of this product group. RCFs were discovered in 1942 (18) but were not used commercially until 1953. Typical chemical and physical properties of these materials are shown in Table 3. [Pg.56]

Volume and product value for sulfonated product sectors between 1982 and 1991 increased substantially for most product groups. Pesticides (qv), however, experienced a volume decline, although the value increased 50%. Dyes had a nominal volume growth of only 6.7%. [Pg.75]

Table 9 Hsts the quantities and doUar values of natural graphite used in the United States in 1988—1989 by product groups (7,15). Refractories and cmcibles account for about half of the known use. Natural graphite has its next greatest use (ca 15%) in lubricants and packings, including expandable graphite.

$Table 9 Hsts the quantities and doUar values of natural graphite used in the United States in 1988—1989 by product groups (7,15). Refractories and cmcibles account for about half of the known use. Natural graphite has its next greatest use (ca 15%) in lubricants and packings, including expandable graphite.$

The main industries and broad product groups that utilize defoamers are indicated by the bold face headings in this section. These examples illustrate the wide variety of defoamer appHcations. [Pg.466]

Industrial Products Group Two Corporate Center Drive Melville, NY 11747, USA Tel 800-446-5260 Fax 516-844-5620... [Pg.494]

FMC Agricultural Products Group Luxembourg Industries (PAMOL) (Israel) Makliteshim Agan (Israel)... [Pg.35]

FMC Agricultural Products Group Godavari Fertilisers and Chemicals (India) Hindustan Insecticides (India)... [Pg.61]

FMC Agricultural Products Group Hokko Chemical Industry (Japan)... [Pg.103]

Web sites www.cyanamid.com www.agro.basfcom Note Merger of American Cyanamid s agricultural products group with BASF agricultural products. [Pg.161]

Bayer Agricultural Products Group, See Bayer CropScience, Subsidiary of Bayer AG (Germany)... [Pg.161]

American Cyanamid Agricultural Products Division, See BASF Agricultural Products Group (US)... [Pg.216]

American Council on Science and Health (ACSH), 278 American Crop Protection Association (ACPA), 267, 278 American Cyanamid Agricultural Products Division, See BASF Agricultural Products Group (US), 216 American Fiber Manufacturers Association, hic. (AFMA), 268 American Hydrogen Association (AHA), 268 American Industrial Hygiene Association (AIHA), 278 American Institute of Chemical Engineers (AICHE), 268 American Institute of Chemists, The (AIC), 268 American Methanol Institute (AMI), 268 American Oil Chemists Society (AOCS), 268 American Ordnance LLC, 216 American Pacific Corporation (AMPAC), 216 American Peptide Society (APS), 268... [Pg.320]

BASF Agricultural Products Group, 161, 219 BASF Coatings AG, 161 BASF Corp., 161,219... [Pg.323]

Bayer Agricultural Products Group, See Bayer CropScience, Subsidiary of Bayer AG (Gemiany), 161 Bayer Basic and Fine Chemicals Business Group, 161 Bayer Corporation, 161,219 Bayer CropScience, 161 BAYFERROX , hon oxide pigments, 22 BAYFIT , poljoirethane foam, 22 BAYGON , propoxur, 22 Baymag, 148... [Pg.323]

CXY Chemicals hic.. See Nexen Chemicals (Canada), 148 Cyanamid Agricultural Products Division, See BASF Agricultural Products Group (Gemiany), 225 Cyananiide, 47 Cyanazine, 47... [Pg.328]

FMC Agricultural Products Group, 228 FMC Corporation, 228 FMC Lithium Division, 228 FOLIDOL , parathion, 70 Fonofos, 70... [Pg.333]

Courtesy Taylor Forge Division, Energy Products Group, Gulf and Western Mfg. Co., by permission. [Pg.589]

Figure 10-159A. Used as an immersion plate with liquids, the serpentine flow path increases the heat transfer rate. (Used by permission Cat. Heat Transfer Equipment. DEC International, Engineered Products Group.)...

Each plastic in this database is first characterized by descriptive data such as its trade name, manufacturer, product group, form of supply, or additives. Then follows complex technical information on each material, with details of fields of application, recommended processing techniques, and special features. The central element of this material database is the numerical values it gives on a wide range of mechanical, thermal, electrical, optical, and other properties. All these items can... [Pg.414]

Typical organic polymer product groups to choose from include ... [Pg.317]

These are two chemically different groups of products which have distinct application fields. Both product groups are obtained by reacting maleic acid anhydride (MA) with hydroxyl group(s)-carrying molecules, followed by sulfation of the intermediate product, an ester. Whereas the diester types are mainly made from a few different branched and unbranched alcohols, the monoester are derived from a wide variety of raw materials fatty alcohols, fatty acid alkanolamides, ethoxylated fatty alcohols, fatty acid alkanolamides, their etho-xylates, and others. All these raw materials—with the exception of the branched chains—may be obtained from natural renewable resources. [Pg.503]

Until recently no enzymes able to produce olivetol-like compounds have been isolated. In an article by Puna et al., polyketide III enzymes were responsible for the formation of phenohc lipid compound [34], a natural product group that ohvetol belongs to. Although the biosynthesized compounds contained a longer chain, which increased over time, the study supported the hypothesis of olivetohc acid production by a polyketide III synthase. Further studies on the genetic and protein level are essential to elucidate the mode of mechanism by which olivetohc acid is formed in C. sativa. [Pg.10]

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