.Since July 2024, we have been using titanium in the production of mirror stands for Vavada casinos and slot machines.

CORROSION CHART

We STRONGLY urge corrosion testing!

“X”=Excellent to Very good resistance, “XX”=Good , “XXX”=Not recommended
PROCESS FLUIDTantalumTitaniumZirconiumAlloy
276
Nickel
200
Monel
400
SS316
Abietic acidXX XXXX
AcetanilideXX XXXX
Acetic acidXXXXXXXXXXXXX
Acetic aldehydeXX XXXX
AcetoncyanhydrineXX XXX 
AcetoneXX XXXX
AcetonphenetidineXX XXXX
AcetonophenoneXX XXXX
AcetylacetoneXX XX  
AcetylchlorideXXXXXXXXXX
Acetylene (Cu < 65%)XX XXXX
Acetylsalicyclic acidXX XXXX
AcridineX  X  X
AcroleineXX XXXXXX
AcrylonitrileXX XXXX
Adipic acidXX XXXX
Aktivin (chloramines T)      X
AlizarineX  XXXX
Allyl amineX     X
Allyl chlorideX  XXXX
Allyl sulphide      X
Allylic alcoholXX XXXX
Aluminium acetateXXX XXXXXXXX
Aluminium alkyle   XXXX
Aluminium chlorateX XXXXX
Aluminium chlorideXXXXXXXXXXXX
Aluminium ethylateX  XXXX
Aluminium fluoride XXXXXXXXX 
Aluminium formiateXX XXXX
Aluminium nitrate X XXXX
Aluminum hydroxideXXXXXXXXXXXXXXX
Aluminium silicofluoride   XXXX
Aluminium sulphateXX XXXXXXXXX
Amines and aminationX  XXXX
2-aminoanthrachinone   XXXX
p-aminobenzeneX  XXX  
m-aminobenzenesulfonic acidX  XXXX
p-aminobenzenesulfonic acidX  XXXX
Aminobenzoic acidXX XXXX
5-amino-2-oxybenzoic acidX  XXXX
m-aminophenoleX  XXXX
2-aminopyridine   XXXX
p-aminosalycyclic acidX  XXXX
hydroxideXXX XXXXXX
“X”=Excellent to Very good resistance, “XX”=Good , “XXX”=Not recommended
PROCESS FLUIDTantalumTitaniumZirconiumAlloy
276
Nickel
200
Monel
400
SS316
Ammonium acetate   XXXX
Ammonium bicarbonateX  XXXXXXXXXX
Ammonium bromideX  XXXX
AmmoniumcarbonateX  XXXXXXXXX
Ammonium chlorideXXX XXXXXXXXXXX
Ammonium cltrateXX XXXX
Ammonium difluoride    XXXXX
Ammonium diphosphateXX XXXX
Ammonium disulfiteX  XXXX
Ammonium fluoride    XXXXXX
Ammoniumfluorsilicate   XXXX
Ammonium formiateXX XXXX
Ammonium molybdate X    X
AmmoniumonophosphateX  XXXX
Ammonium nitrateXX XXXXXXXXX
Ammonium oxalateX  XXXXXXXXXX
Ammonium perchlorateX  X  X
Ammonium persulphateX  XXXXXXXXXX
Ammonium phosphateX  XXXXXXXX
Ammonium picrate   XXXX
Ammonium rhodanide   XXXX
Ammonium sulphamateXX XXXX
Ammonium sulphateXX XXXXXXXXXXX
Ammonium sulfiteX  XXXXXXXXXX
Ammonium tungstate    XXXXXXX
Amyl acetateXX XXXX
Amyl alcoholXX XXXX
Amyl amine   XXXX
Amyl chlorideX  XXXXXX
Amyl mercaptane   XXXX
Amyl nitrate      X
p-amyl phenoleXX XXXX
Amyl propionateXX XXXX
AnilineXX XXXXXXXXXX
Aniline hydrochlorideX XXXXXXXXXXX
Anis aldehydeXX XXXX
AnisidineX  XXXX
Anis oilXX XXXX
AnisolXX XXXX
Antimony chlorideX  XXXXXX
Apple juice -pulpX   XXX
Aqua regiaXXXXXXXXXXXXXXXXX
Arachic acidX  XXXX
AraleneXX XXXX
ArgonXX XXXX
Arsenic    XX X
Arsenic acid, pentoxideX  XXXXXXXXXX
Arsenous acidsX  XXXX
Arsenic trioxide   XXXX
Aspartic acidX  X  X
Asphalt   XXXX
Atmosphere (air)XX XXXX
AzobenzeneXX XXXX
“X”=Excellent to Very good resistance, “XX”=Good , “XXX”=Not recommended
PROCESS FLUIDTantalumTitaniumZirconiumAlloy
276
Nickel
200
Monel
400
SS316
Bacitracine   X  X
Baking powderXX XXXX
Barium carbonateX  XX XXXXX
Barium chlorateX  XXXX
Barium chlorideXXXXXXXXXXX
Barium cyanideXXX   XXXXX
Barium hydroxideXXX  XXXXXX
Barium nitrateX  XXXXXXX
Barium oxide   X XX
Barium peroxideXXX   XXXXXX
Barium sulphateXX XXXXXXXX
Barium (poly)-sulphideXXX   XXXXX
BeerXX XXXX
Bees WaxXX XXXX
Beer WortXX XXXX
BenzaldehydeX  XXXXXX
BenzamideXX XXXX
BenzanthreneX  XXXX
BenzineXX XXXX
BenzeneXX XXXXXX
Benzene peroxide   XXXX
Benzene-sulfonic acidX  XXXXX
BenzidineXX XXXX
Benzidline(-3-sulfonic acid)XX XXXX
BenzileXX XXXX
Benzilic acid   XXXX
Benzoic acidXX XXXXXX
Benzoic acid anhydride   XXXX
Benzoic acid sulfamideX  XXXX
Benzoine   XXXX
BenzonitrileXX XXXX
1.4-benzoquinone   XXXX
Benzotrichloride   XXX 
Benzotrifluoride   XXXX
BenzylchlorideX  XXXXX 
Benzy acetateX  XXXX
Benzyl alcoholX  XXXX
Benzyl amineX  XXXX
Benzyl benzoateX  XXXX
Benzyl chlorideX  XXXX
Benzyl phenolX  XXXX
Benzyl salicylateXX XXXX
Beryllium chlorideX  XXXXXXX
Beryllium fluorideX  XXXX
Beryllium sulphateX  XXXX
BloodXX XXXX
Borax      X
Boric acidXXX XXXXXXX
BorneolXX XXXX
Bornyl acetateX  XXXX
Bornyl chlorideX  XXX 
Bornyl formiateX  XXXX
Boron phosphate   XXXXXXXXX 
Boron trifluoride     XX
Brackish water    XXXX 
Brake fluideXX XXXX
“X”=Excellent to Very good resistance, “XX”=Good , “XXX”=Not recommended
PROCESS FLUIDTantalumTitaniumZirconiumAlloy
276
Nickel
200
Monel
400
SS316
Brandy      X
Bromic acid    XXXXXXXXX
BromineXXXXXXXXXXXXXXXXXXX
Bromine trifluorideXXXXXXXXX XXX
BromobenzeneXX XXXX
BromoformX  XXXX
1.3-butadiene      X
Butane   XXXX
Butane diolX  XXXX
ButterXX    X
ButtermilkX   XXXXX
Butyl acetateXX XXXXXXX
Butyl alcoholXX XXXX
Butylamine   XXXX
Butyl benzoate   XXXX
Butyl butyrateX  XXXX
Butyl chlorideX  XXXXX
ButyleneX  XXXX
n-butyl etherX  XXXX
n-butyl glycolX  XXXX
Butyl mercaptane   XX  
Butyl phenol (tertiary)   XXXX
Butyl phthalateX  XXXX
Butyl stearateXX XXXX
Butyric acidX  XXXXXXXXX
Cadium chlorideX XXXX X
Cadmium cyanide    XXX  
Cadmium sulphateX  XXXX
CaffeineXX XXXX
Calcium      X
Calcium acetateXX XXXX
Calcium arsenate      X
Calcium benzoateXX XXXX
Calcium bisulphateXX XXXXXXXX
Calcium bromideXXXXXXXXXX
Calcium carbonateXX XXXXXXX
Calcium chlorate X XXXXX
Calcium chlorideXXXXXXXXXX
Calcium chromate   XXXX
Calcium fluorideXXX XXXXX
Calcium gluconateXX XXXX
Calcium hydride   XXXX
Calcium hydroxideX  XXXXXXXXXXX
Calcium hypochlorideXXXXXXXXXXXXXXX
Calcium lactateXX XXXX
Calcium nitrateX  XXXXXX
Calcium oxalateX  XXXX
Calcium oxide   XXXX
Calcium permanganate X XXXX
Calcium peroxide      X
Calcium phosphateXX XXXX
Calcium rhodanide   XXXXX
Calcium stearateXX XXXX
Calcium sulphateXX XXXXXXXX
Calcium sulphide    XX X
Calcium sulphiteXX  XXXXX
Calcium tungstate   XXXX
CampheneXX XXXX
Camphor      X
“X”=Excellent to Very good resistance, “XX”=Good , “XXX”=Not recommended
PROCESS FLUIDTantalumTitaniumZirconiumAlloy
276
Nickel
200
Monel
400
SS316
CamphorXX XXXX
Camphotic acidXX XXXX
d-camphor sulfonic acidX  XXXXXXX
n-capric acidXX XXXXXX
E-caprolactame   XXXX
Caproic acidXX XXXXXX
Caproic aldehydeXX XXXX
Caprylic acidX  XXXXX
Caprylic alcoholXX XXXX
Capsaicin   XXXX
CarbazoleXX XXXX
CarbitolXX XXXX
Carbolic acidXXXXXXXXXX
CarbolineumXX XXXX
Carbon dioxideXXXX XXXXXX
Carbon monoxideXXXX XXXXXX
Carbon sulfideXX XXXXX
Carbon tetrachlorideX XXXXX
CarnalliteXX XXXX
Caro acidX      
CaroteneXX XXXX
Cesium chloride   XXXXX
Cesium hydroxide    XXXXXX
Cellulose paintsXX XXXX
Chloramine   XXXX
ChloramphenicolXX    X
ChloranilleXX  XXX
Chlordane   XX X
Chloric acidX   XXXXXXXXX
Chlorinated waterX XXXXXXXXXXXX
ChlorineXXXXXXXXXXXXXX
Chlorine dioxideX  XXX XXX
ChlorobenzeneXX XXXXXXXX
Chlorobenzenetrifluoride   XXXX
ChloroformXX XXXX
ChloronitrobenzenesXX XXXX
Chloronitrobenzoic acidXX XXXX
4-chloro-2-nitrophenol   XXXX
ChlorophenolX  XXXX
Chlorophenoxyacetic acidX  XXXX
ChlorophylleXX XXXX
ChloropikrineX  XXXX
Chloroprene   XXXX
Chlorosulfonic acidXXXXXXXXXXX
ChlorotolueneXX XXXX
Chlorotrifluoroethylene   XXXX
Chromic acid, oxideXXXXXXXXXXXXXXX
Chromium chlorideX  XXX XX
Chromium fluorideX    X 
Chromium nitrate X    X
Chromium oxide, hydroxideXX XXXX
Chromium phosphateX  XXXX
Chromium sulphateX  XXXXXXX
Chromyl chlorideXX XXXX
CitralXX XXXX
Citric acidX XXXXXXXXXXXX
CitronellalXX XXXX
CitronellolXX XXXX
“X”=Excellent to Very good resistance, “XX”=Good , “XXX”=Not recommended
PROCESS FLUIDTantalumTitaniumZirconiumAlloy
276
Nickel
200
Monel
400
SS316
Citrus fruitXX XXXXXX
Citrus oilXX XXXX
City gasXX XXXXXX
CocaineX  XXXX
Codein saltsX  XXXXX
Copper acetateXX XXXXXXX
Copper carbonateXX XXXXXXXXXX
Copper chlorideX  XXXXXXXXXXXX
Copper cyanide      X
Copper nitrateX  XX XXXXX
Copper oxide    XX 
Copper sulphateXX XXXXXXXXXX
CreosoteX  XX XXXX
CresolXX XXXXX
Croton aldehydeX  XXXX
Crotonic acidXX XXXX
CumarineXX  XXXXXX
Cumarone, resinXX XXXX
CumeneXX XXXX
Cyanacetic acidXX    XX
Cyan amide X XXXX
Cyanogen chlorideX  XXXX
Cyanogen, DicyanogenX     X
CyclohexaneXX XXXX
CyclohexanolXX XXXX
CyclohexeneXX XXXX
Cyclohexylamine    XXXXX
Cyclopentane, cyclopentadieneXX XXXX
CystineXX    X
Deuterium oxide X XXXX
DextrineXX XXXX
DextroseXX XXXX
DibenzyleXX XXXX
DibuthylphthalateXX XXXX
Dichloroethane    XX 
DichloroethyleneXX XXXXX
Diethyl amineXXX  XXXXX
Dimenthyl anilineXX XXXX
Dimenthyl etherXX XXXX
DioxaneXX XXXX
DiphenylXX XXXX
Diphenyl amineXX XXXX
Diphenylene oxideXX XXXX
DiphenylketoneXX XXXX
DMDTXX XXXX
EthaneXX XXXX
EthanolXX XXXX
EthanolamineXX    X
EtherX  XX XXXX
Ethyl acetateXX XXXXXXXX
Ethyl benzenXX XXXX
EthylbutyrateXX XXXX
Ethyl chlorideXX XXXX
Ethyl etherXX XXXX
Ethyl lactateXX XXXX
EthyleneXX XXXX
Ethylene bromideXX XXXX
EthylenechlorhydrineXX XXXX
Ethylen chlorideXX XXXX
EthylenecyanhydrineXX XXXX
“X”=Excellent to Very good resistance, “XX”=Good , “XXX”=Not recommended
PROCESS FLUIDTantalumTitaniumZirconiumAlloy
276
Nickel
200
Monel
400
SS316
EthylenediamineX  XX  X
EthylenedichlorideX  XX XXXXXX
EthylenglycolX  XXXXXXX
Ethyleneimine      X
Ethyl nitrite      X
EthyleneoxideXX XXXXXX
Ethyl stearateXX XXXX
Ethyl sulphuric acidX  X   
Extremely pure waterXXXXXXX
Fatty acidsXX XXXXXX
Fatty alcoholXX XXXX
Fats and waxesXX XXXX
Ferric chlorideXXXXXXXXXXXXXXXXX
Ferric sulphateXXXXXXXXXXXXXX
Ferrous chlorideXX XXXXXXXXXXX
Ferrous sulphateXX XXXXXXXXXX
Fluoric acidXXXXXXXXXXXXXXXXXX
FluorhydrocarbonXXXX XXXX
FluorineXXXXX  XXXXXX
Fluorocarbon   XXXXX
Halogen compoundsXX  XXXXXXX
Fluorochlorocarbon   XXXXX
Metaldehyde=formdXX XXXXX
FormamideXX XXXXX
Formic acidXXXXXXXXXXXX
FurfurolXX XXXXXXX
Gallic acid      X
GelatinXX XXXX
Glacial acetic anhydride    X  
Gluconic acidXX XXXX
GlucoseX  XXXX
Glutamic acidXX  XXXX
GlycerineXX XXXX
Hemp and juteX  XXXX
HeptaneXX XXXXXX
HexachloroethaneX  XXXXXXXX
Hydrazine   XXXXXXXXXX
Hydrazine sulphateX XXXXXXXXXX 
Hydrobromic acid  XX   X
Hydrochloric acid (<1%)XXXXXXXXXXXXX
Hydrochloric acidXXXXXXXXXXXXXXXX
Hydrocyanic acidXX XXXXXXXXXXX
Hydrogen      XX
Hydrogen bromideX  XXXX XXX
Hydrogen lodide, lodic acidXX XXXXXXX
Hydrogen peroxideXXXXXXXXXXXXXX
Hydrogen sulphideXX  XX X
HydroquinoneXX XXXX
Impregnating oilsXX XXXX
IndolXX XXXX
IodineXXXXXXXXXXXXX
IodoformXX XXX 
Iron nitrateX   XXXXXXX
Iron phosphate      X
Isatine, derivatesXX XXXX
KeroseneX  X X 
Lactic acidXXXXXXXXXXXXX
LactoseXX XXXX
Lead acetateX  XXXXXXXX
“X”=Excellent to Very good resistance, “XX”=Good , “XXX”=Not recommended
PROCESS FLUIDTantalumTitaniumZirconiumAlloy
276
Nickel
200
Monel
400
SS316
Lead arseniateX  XXXX
Lead baths (electrolyt.)     X 
Lead bromide   XX  XX
Lead carbonateX  XXXX
Lead chlorideX  X XX
Lead chromateX  XXXX
Lead dioxideXX  XXXX
Lead (molten)    XXXXXXXX
Lead nitrateX  XXXX
Lead nitrideX  XXXX
Lead oxideXX  XX  XX
Lead sulphate   XXXX
Lead sulphide    XXX XX
Lead tetraacetate   X  X
Lead trinitroresorcinate   X XX
LecithineXX XXXX
Levulic acidX  XXXXXXX
Lignite tar   XXXX
Lime milk      X
LimoneneXX XXXX
Linseed oil    XXX
Liqueur      X
Lithium carbonate   XXXX
Lithium chlorideXXXXXXXXXXXX
Lithium hydride    XX X
Lithium hydroxide    XXXX
Lithium (molten)X   XXXXXXX
Lithium sulphateXX XXXX
Litopone    X X
Lysoform      X
Lysol      X
Magnesium bisulphateXXXX XXXXXXXX
Magnesium carbonateXX XXXX
Magnesium chlorideXXXXXXXXXX
Magnesium fluoride    XXXXXX
Magnesium hydroxideX  XXXXXXX
Magnesium (molten)      XX
Magnesium nitrateXX XXXXXXXXXX
Magnesium oxideXXX XXXX
Magnesium oxychlorideXX XXXXX
Magnesium silicofluorideXXX    XXX
Magnesium sulfiteXX XXXX
Magnesium sulphateXX XXXX
Maleic acidXX XXXX
Malic acidXX XXXX
Malonic acidXXX XXXXXXX
Malt X XXXX
MaltoseXX XXXX
Manganese dioxideXXX  XXXXX
Manganese sulphateXX XXXX
Manganese chlorideXX  XXXXXX
Manganous chloride      X
Meat      X
MentholXX XXXX
MercaptaneXX XXXXXX
MercuryXXX XXXXXXX
Mercury chlorideX XXXXXXXXXXXXX
Mercury cyanide    XXXXXXX
Mercury nitrate    XXXXXXX
“X”=Excellent to Very good resistance, “XX”=Good , “XXX”=Not recommended
PROCESS FLUIDTantalumTitaniumZirconiumAlloy
276
Nickel
200
Monel
400
SS316
Mercury saltsX      
MethaneXXXX XXXXXX
MethanolXXXXXXXXXXXX
Methyl acetateXX XXXXXX
Methyl alcohol    XXX
Methyl aldehyde      X
Methyl amine X  XXXXXXX
Methyl bromideX  XXXXX
Methyl chlorideXX XXXXXXXX
Methyl formiate X XXXX
Methylene chlorideXX XXXXX
MorpholineX  XXXX
NaphtalineXX XXXX
Naphtionic acidXX XXXX
NaphtolXX XXXX
NaphtylamineXX    X
Naphtylaminesulfonic acidX     X
Nickel chlorideXXXXXXXXXXXXXX
Nickel nitrateXX XXXXXXX
Nickel salts      X
Nickel sulphateXX XXXXXXXXX
Nitric acidXXXXXXXXXXXXXX
Nitric acid, strong conc.  X   XX
NitrobenzeneXX XXXX
NitrogenXX XXXX
Nitrous acidX  XXX XXXXXX
Novocaine      X
Oak extractXX XXXX
Oleic acid    XXXXX
OleumXXXXXX XXXXXXXXXXX
Oxalic acidXXXXXXXXXXXX
OzoneXX  XXXXX
Palm oil acid    XXX
Paraffine    XXX
Peanut butter   XXXX
PerchlorethyleneXX XXXX
Perchloric acid  X   XXX
Petrol, Natural gasX  XXXXXX
Petroleum      X
PhenolXXXXXXXXXXX
Phosphoric acidXXXXXXXXXXXXXXXXX
Phtalic acidXX XXXXXXX
Picric acidX  XXXXXXXXXXXX
Potassium acetateXX XXXX
Potassium bisulfiteX   XXXXX
Potassium bromideXX XXXXXXXXXX
Potassium carbonateXXX  XXXXXXXX
Potassium chlorateXX XXXXXXXXXX
Potassium chlorideXXXXXXXXX
Palm oil acid    XXX
Paraffine    XXX
Peanut butter   XXXX
PerchlorethyleneXX XXXX
Perchloric acid      XXX
Petrol, Natural gasX  XXXXXX
Petroleum      X
PhenolXX XXXXXXX
Phosphoric acidXXX XXXXXXXXXXXX
Phosphoric acid anhydride      X
“X”=Excellent to Very good resistance, “XX”=Good , “XXX”=Not recommended
PROCESS FLUIDTantalumTitaniumZirconiumAlloy
276
Nickel
200
Monel
400
SS316
Phtalic acidXX XXXXXXX
Picric acidX  XXXXXXXXXXXX
Potassium      X
Potassium acetateXX XXXX
Potassium bisulfiteX   XXXXX
Potassium bisulphate      XX
Potassium bitartrate      XX
Potassium bromideXX XXXXXXXXXX
Potassium carbonateXXX  XXXXXXXX
Potassium chlorateXX XXXXXXXXXX
Potassium chlorideXXX XXXXX
Potassium nitrate  X    
Silver nitrate  X    
Sodium aluminium fluoride XX XXXX
Sodium aluminium sulphateX  XXXXXXX
Sodium arseniate, arsenite   XXXX
Sodium benzoateXX XXXX
Sodium bicarbonate X XXXXX
Sodium bisulfiteXX XXXXXXXX
Sodium bisulphateXXXxXXXXXXXX
Sodium borateXXX XXXXXX
Sodium boron hydride      X
Sodium bromateX     X
Sodium bromideXX XXXXX
Sodium bromite    X X
Sodium carbonateXXXXXXXXXXX
Sodium chlorateXXXXXXXXXXXX
Sodium chlorideXXXXXXXXXX
Sodium chloriteXXX XXXXXXXXX
Sodium chloroacetateX   XXX
Sodium chromateXX XXXXX
Sodium citrateX  XXXXX X
Sodium cyanate X  XX X
Sodium cyanideXXXX XXXXXXXXX
Sodium dichromateXXXX XXXXX 
Sodium ethylate    XXX
Tetraacetate   XXXX
Sodium fluoroacetate    XXX
Sodium fluorophosphates      X
Sodium formateX XXXXX
Sodium glutamate   XXXX
Sodium gydrochlorideXXXX XXXXXXXX
Sodium hydrogen sulphide  XX  X
Sodium hydroxideXXXXXXXXXXXXXXX
Sodium hypochloriteXXXXXX XXXXXX
Sodium iodideXXX XXXXX
Sodium nitrateXX XXXXXXX
Sodium perborateX  XXXXXXXX
Sodium perchlorateXXXX  XXX
Sodium peroxide XXXXXXXXXXXX
Sodium phosphateX  XXXXXXX
Sodium and potassium alloysXXX XXXXXX
Sodium pyrosulfite     XX
Sodium salicylateX  XXXXX
Sodium silicateX XXXXX
Sodium sulfiteXX XXXXXXX
Sodium sulphateXXXXXXXXXXXXXX
Sodium sulphideXXXXXXXXXXXX
Sodium thiosulphate X XXXX
“X”=Excellent to Very good resistance, “XX”=Good , “XXX”=Not recommended
PROCESS FLUIDTantalumTitaniumZirconiumAlloy
276
Nickel
200
Monel
400
SS316
Soft soap, suds      X
Stannic chloride  X    
Stannous chlorideX     XX
Stearic acid    XXX
Succinic acidXXXXXXX
Sugar solution    XXXX
Sulfamic Acid  X    
SulphurXX XXXXXXX
Sulphur, boiling      XX
Sulphur chloride (dry)X  XX XXXXXX
Sulphur dioxideXXX XXXXXXXXX
Sulphuric acidXXXXXXXXXXXXXXXXX
Sulphurous acidX XXXXX XXXXX
Sulphurous chlorideXXX  XXXX
Tannic Acid  X    
Tartaric acid  X XXXXXX
Tetrachloroethane  XX   XX
Tin chlorideXX XXXXXXX
Tin, molten, 300 Degrees C      X
Tin, molten, 500 Degrees C      XXX
Toluene    XXX
Trichloracetic acid      XXX
TrichloroethyleneXXXXXXXXXX
Tricresylphosphate   XX  
Trisodiumphosphate  XX   X
Turpentine    XXX
Uranium fluoridesXXX  XXXX 
UreaXXXXXXXXX
Uric acidX XXXXX
Vegetal tar, CharcoalX  XXXX
Vinyl chlorideX  XXXXXX 
Wash oil   X XX
Xylene    XXXXX
YeastXX XXXX
Zinc chlorideXXXXXXXXXXX
Zinc sulphateX  XX XXXX

**This chart is intended to be used only as guide and provides only overall comparison of the corrosion resistance of the metals/alloys in the chemicals noted. Service conditions (concentrations, temperatures, tramp chemical contaminants, etc) can vary greatly. We strongly urge corrosion testing under anticipated operating conditions. Contact us for corrosion coupons. Tricor Metals assumes no responsibility for the data contained nor for any corrosion issues that arise due to use of this information. **