Inhibitors polymers

Cooling water systems are dosed with corrosion inhibitors, polymers to prevent solid deposition, and biocides to prevent the growth of microorganisms. 

Corrosion control methods consist of protective coatings, corrosion-resistant metals and alloys, corrosion inhibitors, polymers, anodic and cathode protection, corrosion control services, corrosion research and development, and education and training. The total annual cost of corrosion estimated with this method for the average year of 1998 was 121.41 billion or 1.381% of the 8.79 trillion gross domestic product. Table 4.1 shows the distribution of corrosion control methods and services eosts. 

Uses Lubricant corrosion inhibitor polymer building block modifier (increases flexibility, impact resist., toughness, hydrolytic stability) for industrial coatings (automotive, coil, textile, leather, wood lacquers) Properties Gardner 5 max. liq. sp.gr. 0.93 vise. 7100 mPa s acid no. 194-198 sapon. no. 197-201 flash pt. (COC) 285 C fire pt. 320 C 93-98% dimer, 2-4% trimer Pripol 1015 [Uniqema UniqemaAm.]... 

Uses Lubricant corrosion inhibitor polymer building block used in polyamino-amides for PVC plastisols to be used as car underbody coatings and in water-sol. alkyd resins... 

Stapa 2 Stapa 2 VS Stapa 5 Stapa 5 VS apaf 8 Sta( 15 VS Stapa 30 Stapa Luxal 4 Stapa Luxal 4 VS Stapa Luxal 15 Stapa Luxal 15 VS coaosion inhibitor, polyactyfics SER-AD FA 579 coaosion inhibitor, polyesters Halox CW-491 Halox SZP-391 H )x Zinc Phosphate Tullanox HM-250 coaosion inhibitor, polymer modification Ken-React QB 012 Ken-React QB 321 Ken-React QB 521... 

Preventol TP SP 80033 yeast inhibitor, polymer dispersions Preventol BIT 20 Preventol D 7 Preventol D 7 LT Preventol P 91 Preventol P 91 SF Preventol P109 Preventol P 109-N Preventol P 301 Preventol P 40 Preventol P 840-N Preventol P1045 Preventol TP OC 3083 Preventol TP OC 3084 Preventol TP SP 80033 yeast inhibitor, polymer emulsions Nipacide 80 yeast inhibitor, polymers Dowicil QK-20... 

The book contains chapters dealing with physical and spectral properties ( H, C, and NMR data) characteristic reactions important classes of compounds based on the esters of H-phosphonic add their application as physiologically active substances, flame retardants, catalysts, heat, and light stabilizers lubricants scale inhibitors polymer carriers of drugs preparation of diesters of H-phosphonic acid, and general procedures for conducting the most important reactions. 

Mardare, D., and Matyjaszewski, K. (1994). Thermal pol5unerization of st5rene in the presence of stable radicals and inhibitors. Polym. Prepr., 55(1) 778-779. 

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