Chromated zinc chloride

Includes zinc chloride in zinc ammonium chloride and chromated zinc chloride. [Pg.423]

Water-borne preservatives are divided into two categories. One group which includes acid copper chromate, chromated zinc chloride, copperized chromated zinc arsenate and fluorchrome-arsenate-phenol is used where the wood is not subjected to excessive leaching. The second group, ammoniacal copper arseuite and three types of chromated copper arsenate which react to become practically water insoluble, are used at about 0.6 lb/ft3 (9.6 kg/m3) when wood is placed in ground contact under severe service conditions. [Pg.1752]

Water-soluble inorganic salts acid copper chromate ammoniacal copper arsenite chromated copper arsenate chromated zinc chloride fluor chrome arsenate phenol... [Pg.1269]

Chromated zinc chloride—a mixture of sodium dichromate and zinc chloride having the composition hexavalent chromium as Cr03, 20% and zinc as ZnO, 80%. [Pg.1273]

CCA = chromated copper arsenate (types A, B, C are different formulations) AC A = ammoniacal copper arsenate ACC = acid copper chromate CFA = chromated fluorarsenate ACF = ammoniacal copper fluoride CZC = chromated zinc chloride, copperized CKB = (chromated copper borate CC = copper chromate NaPCP = sodium pentachlorophenol PCP = pentachlorophenol and Creo = creosote. [Pg.248]

Chromated Zinc Chloride. This preservative is formulated by mixing sodium dichromate and zinc chloride. [Pg.309]

Water-borne solutions of inorganic salts are also used. These have the advantages over the oils of greater ease of penetration and freedom from fire hazards and odor. The disadvantage is that they cause swelling and some react with metal. The primary preservative used is chromated zinc chloride. Other typical salts used are as follows ... [Pg.200]

Acid cupric chromate Ammonial copper arsenate Chromated copper arsenate Chromated zinc arsenate Copperized chromated zinc chloride... [Pg.200]

Waterborne Salts. Waterborne salts for wood preservation include zinc chloride, chro-mated zinc chloride, copperized chromated zinc chloride, zinc meta arsenite, chromated zinc arsenate, chromated copper arsenate, ammoniacal copper arsenite, acid copper chromate, and fluor chrome arsenate phenol. These chemicals leave little odor and have little effect on the appearance of the wood, which may also be painted. The zinc chloride salts, at high penetrations, also provide fire retardance.Wood should be reseasoned before use because this type of chemical treatment injects a large amount of water into the wood. [Pg.826]

Key to symbols ACA, ammoniacal copper arsenate ACC, Acid copper chromate CCA, chromated copper arsenate CZC, chromated zinc chloride FCAP, Fluor chrome arsenate phenol NR, not recommended Penta, pentachlorophenol. [Pg.828]

Chromated zinc chloride (CZC) Zinc as ZnO 80 Out of ground contact... [Pg.623]

Acid copper chromate Ammoniacal copper arsenite Chromated copper arsenate Chromated zinc chloride Fluor chrome arsenate phenol... [Pg.247]

Chromated zinc chloride (as above) 80% Ammonium sulfate 10%... [Pg.251]

Zinc chloride cell Zinc-chlorine cell Zinc chromate... [Pg.1085]

Skin Inorganic acids (chromic, nitric) organic acids (acetic, butyric) inorganic alkalis (sodium hydroxide, sodium carbonate) organic bases (amines) organic solvents. Dusts Detergents salts (nickel sulphate, zinc chloride) acids, alkalis, chromates. ... [Pg.68]

Detergents salts (nickel sulphate, zinc chloride) acids, alkalis, chromates. [Pg.34]

A few diazonium salts are unstable in solution, and many are in the solid state. Of these, the azides, chromates, nitrates, perchlorates (outstandingly), picrates, sulfides, triiodides and xanthates are noted as being explosive, and sensitive to friction, shock, heat and radiation. In view of their technical importance, diazonium salts are often isolated as their zinc chloride (or other) double salts, and although these are considerably more stable, some incidents involving explosive decomposition have been recorded. [Pg.115]

Elemental composition Zn 47.97%, Cl 52.03%. The compound usually contains small amounts of oxychloride and water. An aqueous solution may be analyzed for zinc by AA, ICP, and other methods (See Zinc), and for chloride ion by titration against a standard solution of silver nitrate using potassium chromate indicator. Chloride ion also may be determined by ion chromatography after sufficient dilution. [Pg.986]

Zinc Dialkyldithiophosphate Zinc Chloride Zinc Chromate Zinc Chromate Zinc Acetate... [Pg.94]

Zinc chloride 97-100% efficiency (higher production rates) (lower energy costs) bright finish accept most chromaters low cost chemistry Reduced ductility over. 5 mil thickness reduced plate distribution high capital cost for equipment (corrosion resistance) tighter chemical control required... [Pg.211]

Many metal salts are well-known primary skin irritants. These substances include antimony trioxide, arsenic trioxide, chromium and alkaline chromates, cobalt sulfate, nickel sulfate, mercury chloride, and zinc chloride. In addition to the above industrial chemicals, several solvents are known to act as primary skin irritants among workers, such as, carbon tetrachloride (CCI4), chloroform, ethylene dichloride, epichlorohydrin, ethylene chlorohydrin, perchloroethylene, and trichloroethylene, in addition to cool tar solvents such as naphtha, toluene, and xylene. [Pg.387]

Figure 6.13 illustrates continuous recycle system assembled by the authors for long-term experiments. The miniplant was operated for several months separating copper from zinc or chromate from chloride. [Pg.314]

Ammonium chloride electrolyte, zinc chloride,(chromate may be present). [Pg.134]

Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...