North America - Fittings & Flow Contrai Valves Catalog - Edition 8.6

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228 The company reserves the right to vary models and dimensions without notice.
These products are designed for industrial applications and are not suitable for sale to the general public.
TECHNICAL DATA
Technical Data
10
NORTH AMERICAN FITTINGS & FLOW CONTROL VALVE CATALOG > Release 8.6
Substance
%
Concentration
Temp.
Deg.C Resistance
Acetic Acid 0-70 Ambient B-C
Acetone 100 54 A-B
Acidic Well-Water - 20-4 B
Aliphatic Acid 100 Ambient B
Aluminum Chloride saturated Ambient D
Aluminum Sulphate saturated Ambient B
Ammonium Chloride saturated Ambient B
Ammonium Hydroxide 5-28 Ambient C
Ammonium Nitrate saturated Ambient B
Amyl Alcohol 100 Ambient A
Amyl Chloride 100 Ambient A
Aviation Gasoline 100 Ambient A
Barium Chloride 2-40 Ambient A
Barium Hyroxide 2-50 60 A
Beer - 10 A
Benzil Acid saturated Ambient D
Benzyl 100 Ambient A
Boiling Oil 100 Ambient A
Borax saturated Ambient B
Boric Acid saturated Ambient C
Bromine 100 Ambient B
Butane 100 25 A
Butyl Alcohol 100 Ambient A
Calcium Chloride saturated Ambient A
Calcium Hydroxide saturated 60 A
Calcium Nitrate saturated Ambient A
Carbon Dioxide 100 Ambient B
Carbon Tetrachloride 100 @ boiling point A
Chlorine 100 Ambient B
Chloroform 100 @ boiling point B
Chloroform 100 Ambient A
Chromic Acid 2-100 Ambient D
Citric Acid 5 Ambient A
Coal Oil 100 Ambient A
Coffee @ boiling point A
Copper Chloride saturated Ambient D
Copper Nitrate saturated Ambient D
Copper Sulphate 2-30 Ambient C
Crude Oil 100 Ambient A
Dichloro Ethylene 100 @ boiling point A
Dichloro Ethynol 100 Ambient A
Dimethyl Benzol 100 Ambient A
Distilled Water Ambient A
Drinkable Water 80 A
Dry Chlorine 100 Ambient A
Ethyl Acid 100 Ambient A
Ethylene 100 Ambient A
Ethylic Glycol 100 Ambient A
“Exhaust Gas, Basic” 260 D
“Exhaust Gas, Oxidative” 540 A
Ferrous Chloride saturated Ambient D
Ferrous Nitrate saturated Ambient D
Ferrous Sulphate saturated Ambient D
Formaldehyde 37 Ambient B
Formic Acid 88 Ambient B
Fruit Juice Ambient A
Gas 100 Ambient A
Glucose saturated Ambient A
Glycerine 100 Ambient A
Hydrochloric Acid 30 Ambient D
Hydrochloric Acid conc. Ambient D
Hydrochloric Acid 10 Ambient D
Hydrochloric Acid 20 Ambient D
Hydrofluoric Acid 2-100 Ambient D
Hydrogen Sulphide 100 Ambient A
Iron Chloride saturated Ambient D
Kerosene 100 Ambient A
Lactic Acid 85 Ambient A
Lactic Acid 10-50 Ambient C
Lead Acetate saturated Ambient B
Substance
%
Concentration
Temp.
Deg.C Resistance
Lead Nitrate saturated Ambient A
Linseed Oil 100 Ambient A
Lithium Chloride saturated Ambient A
Magnesium Chloride 2-50 Ambient A
Magnesium Hyroxide 2-50 Ambient A
Molasses 100 B
Molasses Ambient A
Methyl Alcohol 100 Ambient A
Methyl Chloride 100 Ambient C
Milk Ambient A
Mineral Oil 100 Ambient A
Natural Resin 100 50 A
Nickel Chlorine saturated Ambient C
Nickel Sulphate saturated Ambient C
Nitric Acid 2-100 Ambient D
Oleic Acid 100 Ambient A
Oleum 20 Ambient D
Orange Juice Ambient A
Oxalic Acid saturated Ambient A
Palm Oil 100 Ambient A
Paraffin 100 Ambient A
Peanut Oil 100 Ambient A
Phenol 100 90 A
Phosphoric Acid 0-100 Ambient 0-10% C
Ambient 10-80 % B
Picric Acid 100 Ambient D
Polymers 100 20...200 A
Potassium Carbonate saturated Ambient A
Potassium Chloride saturated Ambient A
Potassium Hydrate 2-50 Ambient A
Potassium Ironcyanide saturated Ambient B
Propane 100 Ambient A
Rosin 100 @ boiling point A
Sea Water Ambient A
Silver Chloride saturated Ambient D
Soap 95 A
Sodium Bicarbonate saturated Ambient B
Sodium Carbonate saturated Ambient A
Sodium Chloride saturated Ambient A
Sodium Cyanide 5 Ambient B
Sodium Hydrate 2-73 >=60 A
Sodium Nitrate 10 Ambient A
Sodium Phosphate saturated Ambient A
Sodium Sulphate saturated Ambient A
Sodium Sulphide saturated Ambient A
Steam 425 A
Steam Condensate 80 A
Stearic Acid saturated Ambient A
Sulphuric Acid 20 Ambient C
Sulphuric Acid 50-70 Ambient C
Sulphuric Acid 30-40 Ambient C
Sulphuric Acid 90 Ambient C
Sulphuric Acid 10 Ambient D
Sulphuric Acid 80 Ambient D
Sulphuric Acid 100 Ambient D
Sulphurous Acid 2-60 Ambient D
Tanning Solution 100 Ambient A
Toluol 100 95 A
Trichlorethylene 100 95 A
Turpentine 100 Ambient A
Urine saturated Ambient A
Vinegar 100 Ambient B
Vinyl Chloride 100 35 A
Whiskey Ambient A
Wine 100 Ambient A
Zinc Chloride saturated Ambient B
Zinc Nitrate saturated Ambient B
LEGEND:
A: Very satisfactory result, rate of removal from corrosion less than 2.5 microns per year.
B: Useful result, rate of removal from corrosion less than 12.5 microns per year.
C: To be decided in each case individually, rate of removal from corrosion less than 25 microns per year.
D: Application not recommended for long periods, rate of removal from corrosion more than 25 microns per year.
Corrosion Resistance of Electrolytic Nickel Plating
for Chemicals
Camozzi fittings
are plated at a
thickness of 5-8
µm (microns).