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Conley Composites Chemical Resistance Guide

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Conley Composites Chemical Resistance Guide CONLEY COMPOSITES CHEMICAL RESISTANCE GUIDE 4544 Broadmoor Ave. SE, Kentwood, MI 49512 USA 07/15/2008 Phone: 616.512.8000 Fax: 616.512.8001 CHEMICAL RESISTANCE OF CONLEY PIPING SYSTEMS The information contained in this literature is based upon case histories, field experience, cooperative testing, and the evaluation of the Conley Technical Committee. Conley Piping Systems have performed satisfactorily in corrosive chemical environments for nearly half a century. The success of any installation requires, however, proper system design, fabrication and application of our products. The information in the following tables is for recommendation only and not a warranty for which Conley assumes responsibility. Conley Composites offers a limited warranty of its products, which is in the Terms and Conditions of Sale. The information contained in the literature and catalogs furnished by Conley Composites cannot ensure, of itself, a successful installation and is offered to customers subject to these limitations and explanations. As an integral part of our ongoing quality policy and our Commitment to Excellence, Conley Composites will strive to improve our products continually. The company therefore reserves the right, without notice, to change specifications and/or design at any time without incurring an obligation for equipment previously sold. Descriptions contained in our literature are for the purpose of identification and neither limits nor extends the standard product limited warranty set forth in the Terms and Conditions of Sale and Trade Customs. As it is readily discerned by the chemical resistance tables, there is broad overlap in resin system performance. Many customers use our products in combinations of chemical service that may magnify the corrosive nature of the media. Generally therefore, recommendations are based upon the system that provides optimum performance in a particular environment or has a long history of successful service in that industry. Multiple uses would be a reason to consider the versatility of the resin system. In addition, there are many media not listed or not recommended for which our products may be suitable due to very low concentrations or brief periods of exposure. Further, organic chemical environments are so varied as to be nearly infinite due to the possible combinations of chemicals. Furan resin piping is specifically designed to perform in organic media such as aggressive solvents including chlorinated materials, as well as acids and bases. These applications are such as those commonly found in the pharmaceutical industry. Generally acceptable media for Furan laminates include: Acids (Strong & Weak) Bases (Strong & Weak) Ketones Chlorinated Solvents Ethers Acrylates Acetates Styrene Benzene Toluene Xylene Carbon Disulfide Furfural Furfural Alcohol Tetrahydrofuran It is standard procedure at Conley Composites to interface with end users and design groups to assist in the selection of the corrosion barrier resin and piping schedule that will provide optimum performance in a given chemical environment. We welcome customers to discuss their applications with our Technical Committee by phone @ 918-299-5051, fax @ 918-299-5907, or e-mail [email protected]. CHEMICAL RESISTANCE OF CONLEY PIPING SYSTEMS MAXIMUM RECOMMENDED SERVICE TEMPERATURE, DEG. F CONLEY CONLEY CONLEY CONLEY CHEMICAL ENVIRONMENT CONC. EPOXY VINYL NOVOLAC FURAN ESTER VINYL ACETALDEHYDE ALL N NR N 200 ACETIC ACID 0-25 150 210 210 230 ACETIC ACID 25-50 125 180 180 230 ACETIC ACID 50-75 100 150 150 230 ACETIC ANHYDRIDE ALL 100 NR 100 150 ACETONE 5 150 180 180 BP 133 ACETONE 10 120 180 180 BP 133 ACETONE 100 125 NR NR BP 133 ACETYL CHLORIDE 100 N N N 180 ACETYLENE DICHLORIDE 100 N N N 230 ACETYLSALICYLIC ACID 100 N N N 230 ACRYLIC ACID 25 N 100 100 100% AMB ACRYLONITRILE 100 100 80 80 100% AMB ADIPIC ACID SOL SAT 250 180 210 N ALCOHOL, AMYL 200 180 210 230 ALCOHOL, BUTYL 200 120 120 230 ALCOHOL, ETHYL 10 180 150 150 BP173 ALCOHOL, ETHYL 100 180 80 80 BP 173 ALCOHOL, ISOBUTYL 100 180 80 100 230 ALCOHOL, ISOPROPYL ALL 180 120 150 230 ALCOHOL, METHYL 10 150 120 120 BP150 ALCOHOL, METHYL 100 150 NR 100 BP 150 ALCOHOL, n-BUTYL 150 120 120 230 ALCOHOL, SECONDARY BUTYL 10 150 150 150 230 ALIPHATIC HYDROCARBONS N N N 230 ALUM ALL 280 250 250 N ALUMINUM BROMIDE ALL N N N 230 ALUMINUM CHLORHYDRATE ALL 210 210 210 230 ALUMINUM CHLORIDE ALL 280 250 250 230 ALUMINUM FLUORIDE ALL 150 80 80 150 ALUMINUM HYDROXIDE ALL 200 180 200 150 ALUMINUM NITRATE ALL 250 180 180 230 ALUMINUM SULFATE ALL 280 250 250 230 AMMONIA, GAS 150 100 100 N AMMONIA, LIQUID 125 NR NR N AMMONIUM BROMIDE 43 N 160 160 150 AMMONIUM CARBONATE ALL 200 150 150 230 AMMONIUM CHLORIDE ALL 270 210 210 220 AMMONIUM FLUORIDE >25 100 150 150 230 AMMONIUM FLUORIDE 25 150 150 150 230 AMMONIUM HYDROXIDE 0-5 200 180 180 120 AMMONIUM HYDROXIDE 20 200 150 150 N AMMONIUM HYDROXIDE 29 200 100 100 N AMMONIUM NITRATE ALL 255 250 250 220 AMMONIUM PERSULFATE ALL 255 180 180 180 AMMONIUM PHOSPHATE 65 200 210 210 190 AMMONIUM PHOSPHATE SAT 200 210 210 N AMMONIUM SULFATE ALL 280 250 250 220 AMMONIUM SULFIDE SAT 100 120 120 230 AMMONIUM THIOCYANATE 20 155 210 210 N AMMONIUM THIOGLYCOLATE 8 100 100 100 N AMMONIUM THIOSULFATE 60 150 100 100 N AMYL ACETATE 100 100 70 120 200 *CM = CONTACT MANUFACTURER 800-331-5502 N = NOT TESTED / NR = NOT RECOMMENDED This information is for recommendation only, NOT A GUARANTEE REVISED JULY 15, 2008 CHEMICAL RESISTANCE OF CONLEY PIPING SYSTEMS MAXIMUM RECOMMENDED SERVICE TEMPERATURE, DEG. F CONLEY CONLEY CONLEY CONLEY CHEMICAL ENVIRONMENT CONC. EPOXY VINYL NOVOLAC FURAN ESTER VINYL ANILINE 100 75 NR 70 150 ANILINE HYDROCHLORIDE 100 N 180 180 N ANTIMONY TRICHLORIDE SAT 225 200 200 N ARSENIC ACID ALL 180 100 100 N BARIUM CARBONATE ALL 255 250 250 N BARIUM CHLORIDE SAT 250 210 210 N BARIUM HYDROXIDE SAT 200 150 N N BARIUM HYDROXIDE 1-10 200 150 150 N BARIUM SULFATE ALL 255 250 250 N BARIUM SULFIDE ALL 255 180 180 150 BEER 200 120 120 N BENZALDEHYDE 100 100 NR 70 150 BENZENE 100 125 NR 100 150 BENZENE IN KEROSENE 5 200 200 210 200 BENZENE SULFONIC ACID 50 225 150 150 200 BENZOIC ACID ALL 225 210 210 200 BENZOTRICHLORIDE 100 N N N 150 BENZOYL CHLORIDE 100 N NR 80 150 BENZYL ALCOHOL 100 N 80 100 200 BENZYL CHLORIDE 100 N NR 70 150 BLACK LIQUOR PULP MILL 200 180 180 N BORAX 255 210 210 150 BORIC ACID SAT 65 200 210 210 200 BORIC ACID 225 210 210 N BROMINE, LIQUID 100 N NR NR N BROMINE, WATER SAT 100 100 100 N BROMINE, WATER <5 150 100 100 N BUTADIENE 150 NN N BUTANE 150 N N N BUTYL ACETATE 100 150 80 80 150 BUTYL CELLOSOLVE 100 150 100 100 113 BUTYL ETHER 100 N N N BP BUTYRIC ACID 0-25 200 210 210 120 BUTYRIC ACID 50 150 210 210 N BUTYRIC ACID 100 N 120 120 N CALCIUM BISULFITE ALL 200 180 180 N CALCIUM CARBONATE ALL 280 180 180 N CALCIUM CHLORATE ALL 205 250 250 N CALCIUM CHLORIDE ALL 280 250 250 N CALCIUM HYDROXIDE 0-25 200 180 180 N CALCIUM HYDROXIDE 100 200 250 250 N CALCIUM HYPOCHLORITE ALL 150 180 150 N CALCIUM NITRATE ALL 255 210 210 N CALCIUM SULFATE ALL 255 250 250 N CALGON SAT N 120 N N CARBITON 100 N NN N CARBON DIOXIDE 255 300 300 230 CARBON DISULFIDE 100 75 NR NR 115 CARBON TETRACHLORIDE 100 150 180 180 170 CARBONIC ACID 180 180 180 200 CASTOR OIL 200 160 160 N CATECHOL 100 N N N 230 CAUSTIC SODA & POTASH SAT 205 180 180 N *CM = CONTACT MANUFACTURER 800-331-5502 N = NOT TESTED / NR = NOT RECOMMENDED This information is for recommendation only, NOT A GUARANTEE REVISED JULY 15, 2008 CHEMICAL RESISTANCE OF CONLEY PIPING SYSTEMS MAXIMUM RECOMMENDED SERVICE TEMPERATURE, DEG. F CONLEY CONLEY CONLEY CONLEY CHEMICAL ENVIRONMENT CONC. EPOXY VINYL NOVOLAC FURAN ESTER VINYL CHLORAL SAT N NN N CHLORINE DIOXIDE 15 80 200 180 N CHLORINE DIOXIDE, WET GAS 100 N 200 210 LS 150 CHLORINE WATER SAT N 200 210 N CHLORINE, GAS DRY 100 125 250 250 N CHLOROACETIC ACID 25 100 120 120 N CHLOROACETIC ACID 50 200 100 100 N CHLOROACETIC ACID CONC N 80 100 N CHLOROBENZENE 100 100 80 100 230 CHLOROFORM LIQ 100 NR NR 80 CHLOROFORM VAPOR N N N 230 CHLORONAPTHALENE 100 N N N 150 CHLOROPHENOL 100 N N N 100% AMB CHLOROSULFONIC ACID SAT N NR NR N CHROMIC ACID 5 125 150 150 N CHROMIC ACID 10 100 150 150 N CHROMIC ACID 20 80 150 150 N CHROMIUM SULFATE SAT 125 180 180 N CITRIC ACID SAT 250 210 210 190 COPPER ACETATE SAT 180 160 160 N COPPER CHLORIDE SAT 255 250 250 N COPPER FLUORIDE ALL 255 210 210 N COPPER NITRATE SAT 255 210 210 N COPPER SULFATE SAT 255 250 250 N CUMENE 100 N 120 120 N CYCLOHEXANE 100 150 150 150 150 DIBUTYL PHTHALATE 100 N 180 210 230 DICHLOROBENZENE 100 120 100 120 120 DIESEL FUEL 250 210 210 150 DIETHANOLAMINE NR 120 120 150 DIETHYL KETONE 100 NR NR 80 BP DIETHYLAMINE 100 NR N N 100% AMB DIETHYLENE GLYCOL 100 200 150 150 230 DIETHYLENE GLYCOL MONOETHYL 100 N N N 230 DIMETHYL ANILINE 100 N N N N DIMETHYL FORMAMIDE **CM NR NR NR NR **CM DIMETHYL PHTHALATE 100 100 180 180 230 DIOXANE 100 N NN N DMA4 WEED KILLER 2,4,D N 150 150 N DMA6 WEED KILLER N 150 150 N ETHYL ACETATE SAT 150 NR 70 171 BP ETHYL ALCOHOL 100 150 80 100 173 BP ETHYL ALCOHOL 50 180 100 150 173 BP ETHYL AMINE 100 N NR 80 AMB ETHYL BROMIDE SAT N NR NR 150 ETHYL CELLUSOLVE 150 N N N ETHYL CHLORIDE 100 80 80 80 230 ETHYL ETHER 100 100 NR NR BP ETHYL SULFATE SAT N 100 100 230 ETHYL SULFURIC ACID SAT N N N N ETHYLENE CHLORIDE 100 N NR NR 150 ETHYLENE DISULFONIC ACID SAT N N N 230 ETHYLENE GLYCOL 100 200 210 210 230 *CM = CONTACT MANUFACTURER 800-331-5502 N = NOT TESTED / NR = NOT RECOMMENDED This information is for recommendation only, NOT A GUARANTEE REVISED JULY 15, 2008 CHEMICAL RESISTANCE OF CONLEY PIPING SYSTEMS MAXIMUM RECOMMENDED SERVICE TEMPERATURE, DEG.
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