Corrosion Guide

Found 43 Chemical Environments beginning with "L"

Chemical Environment	Concen- tration %	Temperature (^oF) For Resin Type
		High Performance Epoxy Vinyl Ester Resins				Epoxy Vinyl Ester Resins					Fume Service
		HETRON 942/35	HETRON 980/35	HETRON FR998/35	HETRON 970/35	HETRON 922, FR992	HETRON 980	HETRON 197-3	HETRON 800	AROPOL 7241, 7334	HETRON 92/99P
Lactic Acid	100	210	210	210	210	210, 210	220	200	225	160,130	200,200
Lactic Acid, Citric Acid Sat'd.	-	-	-	-	-	-, -	-	150	-	-,-	-,-
LASSO EC^TM	100	-	-	-	-	80, 80	100	80	80	-,-	-,-
LASSO HERBICIDE^TM⁴ 1 to 10 Dilution	-	-	-	-	-	-, -	-	120	120	-,-	-,-
Latex, Acrylic	100	120	120	120	120	100, 100	100	-	-	-,-	-,-
Latex, Dispersion in Water	100	-	120	-	120	100, 100	100	100	100	-,-	-,-
Latex, Rubber	100	-	120	-	120	100, 100	100	-	-	-,-	-,-
Latex, Vinyl	100	-	120	-	120	100, 100	100	-	-	-,-	-,-
Lauric Acid Sat'd.	-	-	-	-	-	210, 210	220	-	-	160,130	-,-
Lauric/Myristic Monoethanolamide, Sodium Xylene Sulfonate Solution	-	-	-	-	-	120, 120	120	120	-	-,-	-,-
Lauryl Alcohol n-dodecanol	100	180	180	180	180	120, 120	120	120	-	120,-	-,-
Lauryl Chloride	100	210	-	210	-	-, -	-	210	-	-,-	-,-
Lauryl Chloride, Crude, Acidic	100	210	-	210	-	-, -	-	210	-	-,-	-,-
Lauryl Mercaptan	100	150	-	150	150	-, -	-	120	-	-,-	-,-
Lauryl Pyridinium Chloride	10	-	-	-	-	-, -	-	155	-	-,-	-,-
Lead, Metal Plating Alkaline, 8% Lead Acetate, 20% asodium Hydroxide	-	-	-	-	-	180, 180	180	NR	-	-,-	NR,NR
Lead, Sulfur, Copper Oxide 10% Ferric Oxide: 8% Zinc Sulfate: 3% Bismuth Sulfate dust	25:25:18	-	-	-	-	-, -	-	200	-	-,-	-,-
Lead¹, Metal Plating¹ 8% Lead, with Fluoboric and Boric Acids.	-	-	NR	-	-	200, 200	200	200	-	-,-	-,-
Lead Acetate	100	230	230	230	230	210, 210	220	160	-	160,-	160,160
Lead Chloride Sat'd.	-	-	220	-	-	210, 210	220	-	225	-,-	-,-
Lead Nitrate Sat'd.	-	-	220	-	-	210, 210	220	-	225	-,-	-,-
Levulinic Acid Sat'd., 4-oxopentanoic acid	-	230	220	230	230	210, 210	220	-	225	160,-	-,-
Light Gas Cycle Storage	-	-	-	-	-	-, -	-	-	-	90,-	-,-
Lignin, Spent Acid, Tall Oil, Crude Sulfuric Acid, 1% of concentration, pH 3	60:29:10	-	-	-	-	NR, NR	-	200	200	-,-	-,-
Ligno-Sulfonic Acid	-	-	-	-	-	-, -	-	90	-	-,-	-,-
Lime Kiln Stack Gases	-	-	-	-	-	-, -	-	300	-	-,-	-,-
Lime Slurry Sat'd.	-	-	-	-	-	170, 170	170	180	-	150,80	180,180
Lime, Thiosorbic Sat'd.	-	-	-	-	-	-, -	-	150	-	-,-	-,-
Linear Alkylate Sufonates Conc.	-	-	-	-	-	-, -	-	100	-	-,-	-,-
Linoleic Acid	100	-	-	-	-	-, -	-	-	-	160,-	-,-
Linseed Oil	100	230	220	230	230	210, 210	220	200	-	160,130	150,-
Linseed Oil, Chlorinated	-	-	-	-	-	-, -	-	90	-	-,-	-,-
Liquid Cleaner All Purpose, Biodegradable	100	-	-	-	-	100, 100	100	100	-	100,100	-,-
Lithium Bromide	100	210	220	210	250	210, 210	220	180	-	-,-	-,-
Lithium Carbonate Sat'd.	-	180	180	180	180	150, 150	150	180	-	-,-	NR,-
Lithium Chloride	45	-	220	-	210	210, 210	220	250	-	-,-	250,-
Lithium Chloride Sat'd.	-	210	220	210	210	210, 210	220	160	-	160,-	160,160
Lithium Chloride¹⁷, Methyl Alcohol¹⁷	25:75	-	-	-	-	-, -	-	100	-	-,-	-,-
Lithium Hydroxide Sat'd.	-	180	-	180	NR	150, 150	150	NR	-	-,-	NR,-
Lithium Sulfate	100	-	220	-	-	210, 210	220	200	-	-,-	-,-

NR = Not Recommended
BP = Boiling Point
Conc. = Concentrated
- = Data Not Available

LS = Limited Service
Sat'd = Saturated
* = Preferred Material

If you cannot find your chemical environment in this guide, or if you have any questions regarding the information contained in this guide, please email at Hetron@ashland.com or CPDSpecialtyTS@ashland.com.