CHEMICAL RESISTANCE CHART - Biotix
CHEMICAL RESISTANCE CHARTThe information in this chart has been supplied to Biotix by various reputable raw material manufacturers, and is to be used only asa guide in selecting products for appropriate chemical compatibility. These values are based on laboratory tests with raw materials.Plastic components produced from these raw materials are frequently subject to influences that cannot be recognized in standardtests (temperature, pressure, material stress, etc.). In critical cases, it is essential that a test is carried out first to your uniqueprotocol. Biotix does not warrant (neither express nor implied) that the information in this chart is accurate or complete, or thatany material is suitable for any purpose. No legal claims can be derived from this information, nor do we accept any liability for it.General Physical PropertiesPlastics Acronym ChartExplanation of Footnotes1 - Satisfactory to 72 F (22 C)HDPELDPEPCPPLow Density PolyethyleneAcids, weak or diluteEEEEHigh Density Polyethylene HDPE2 - Satisfactory to 120 F (48 C)Acids, strong or concentratedEEGEPolycarbonatePC3 - Satisfactory to 90 F (32 C)Alcohols, aliphaticEEGEPolypropylenePP4 - Satisfactory to 120 F (93 C)AldehydesGGFGBasesEENEEstersGGNGHydrocarbons, aliphaticFGFGHydrocarbons, aromaticFGNFHydrocarbons, halogenatedNFNFKetonesGGNGOxidizing agents, strongFFNFClasses of substances; 20 CLDPEABCDEGF No effect Minor Effect Moderate Effect Severe Effect; Not Recommended No damage after 30 days of constant exposure Little or no damage after 30 days of constant exposure Some effect after seven days of constant exposure; may seecracking, crazing, loss of strengthN Not recommended for continuous use- Not AvailableChemical Resistance ChartReagentHDPELDPEPCPPAcetaldehydeCCC1A1Reagent- MethylHDPELDPEPCPPAA1B1A2AcetamideAADA1- Propyl-A2-AAcetate SolventAA-B1Allyl ChlorideA--AAcetic AcidAA2B1B1Aluminum Acetate (satured)---AAcetic Acid 20%AAA1A1Aluminum ChlorideAB2A1AAcetic Acid 80%ADB1AAluminum Chloride 20%AB2A1AAcetic Acid, GlacialDDB1A1DAluminum FluorideAA2-AAcetic AnhydrideCDDB1Aluminum HydroxideAA2B1AAcetone, 50% water---AAluminum Nitrate-A2A1A2AcetoneDB1DAAluminum Potassium Sulfate 10%AA2A1AAcetonitrileAADA1Aluminum Potassium Sulfate 100%AA2A2AAcetophenoneCDDCAluminum SulfateAA2AAAcetyl Chloride nitrileAADA1Ammonia 10%AC1DA2Adipic AcidAA-B2Ammonia Nitrate-A-AAlanineAAAAAmmonia anhydrousAB2DAAmmonia liquidAC1DA2AA-AAlcohols- AmylAB2B1B1Ammonia Acetate- BenzylBD-AAmmonia Bifluoride-A2-A- Butyl-AA2AAmmonium CarbonateBB2-A- DiacetoneAB1-B2Ammonium ChlorideAA2A2A- EthylABB2AAmmonium Flouride 25%A--A2- IsobutylAA2-A1Ammonium HydroxideAA1DA- IsopropylaA2A2A2Ammonium GlycolateAABA36
ReagentHDPELDPEPCPPReagentAmmonium NitrateAAmmonium OxalateaA1-A-A1AAmmonium PersulfateAAmmonium Phosphate, Dibasic-A2-ACalcium CarbonateA2A2ACalcium Chloride (30% in water)Ammonium Phosphate, Monobasic-A-ACalcium Chloride (saturated)HDPELDPEPCPPCalcium Bisulfide-Calcium BisulfiteAB1-AA1DA-BC2AAB2-A2A--AAmmonium Phosphate, Tribasic-C-ACalcium Hydroxide 10%A--AAmmonium SulfateAA1A2ACalcium Hydroxide (saturated)A--AAmmonium SulfiteBB2-ACalcium HydroxideAA2DA2Amyl Acetate-C1DB1Calcium Hypochlorite 30%A--AAmyl AlcoholAB2B1B1Calcium Hypochlorite (saturated)A--AAmyl ChlorideBD-DCalcium NitrateBA1A2A2AnilineBCDA1Calcium Oxide-B1-AAniline Hydrochloride-DDDCalcium Sulfate-B1A2AAntifreeze---DCalcium Sulfide---AAntimony TrichlorideBB2A2ACarbolic Acid (Phenol)-DDBAqua Regia (80% HCL, 20% HNO3)DB1DB1Carbon Bisulfide---DArochlor 1248-C1-DCarbon Dioxide (dry)-A1-A2Aromatic Hydrocarbons-C-DCarbon Dioxide (wet)-A1-A2Arsenic AcidBB2A1ACarbon DisulfideDDDDArsenic Salts-B--Carbon Monoxide-A2-ABarium Carbonate-B2A2ACarbon TetrachlorideCDDDBarium ChlorideBA1AACarbon Tetrachloride (dry)CD-DBarium Cyanide-B-DCarbon Tetrachloride (wet)C--DBarium Hydroxide-B2DBCarbonic AcidBB2A1ABarium Nitrate-B2DACellulose Acetate---ABarium SulfateBB2DB1Chloral HydrateD--DBarium SulfideAB2-BChlorine WaterCB1-DBenzaldehydeBA1DDChlorine Anhydrous LiquidCDCDBenzenamineBADAChlorine (dry)BD-DBenzeneDDDDChloroacetic AcidADDC1Benzene Sulfonic AcidAA1DDChlorobenzene (Mono)DC1DC1Benzoic formDC1DC1Benzyl Chloride---C1Chlorosulfonic AcidDDC1DBleach---DChromic Acid 5%AABDBleaching liquors-A1-A1Chromic Acid 10%AABDBorax (Sodium Borate)AA2-BChromic Acid 30%AACDBoric AcidAA2-AChromic Acid 50%AADDBromineDDC1DCitric AcidADA1ABromofoneDDDDCitric OilsB--AButadieneDDDCCopper Chloride---AButane-C1DA1Copper Cyanide-B2DAButanol (Butyl Alcohol)-B2B1A1Copper Nitrate-B2DAButyl Amine-C1DB1Copper Sulfate 5%AA2A1AButyl Ether---DCopper Sulfate 55AA2A1AButyl PhthalateAC1DB2CresolsDC1DDButyl AcetateBC1DB1Cresylic Acid-B1DA1Butyric AcidDDDB1Cupric Acid-B1A1A237
CHEMICAL RESISTANCE acetone AlcoholAADichlorobenzane--DichloroethaneCC1Diesel FuelDC1Diethyl EtherD-DiethylamineDDiethylene GlyolADimethyl AnilineBDimethyl FormamideADiphenyl-Diphenyl OxideDisodium PhosphateEpson Salts (Magnesium Sulfate)EthaneCONTINUEDHDPELDPEPCPPFreon 113--B1DFreon TFB--DAFuel OilsCBB1AAFuran Resin-D-DAFurfuralADDDDA1Gallic AcidAA-ADC1Gasoline (high-aromatic)BAAADDGasoline , leaded, ref.B-A2BA2A1Gasoline, A2GlycerinAA1A2A-DDGlycolic ic Oil (Petro)AC-DA--AHydraulic Oil (Synthetic)AA-D-A2A1AHydrazineD-DC---DHydrobromic Acid 20%DB2-A2EthanolABB2AHydrobromic Acid 100%DB1-C1Ethanolamine---DHydrochloric Acid 20%AA2B1B2EtherDD-DHydrochloric Acid 37%AB2DCEthyl AcetateAADA1Hydrochloric Acid 100%D-DB1Ethyl BenzoateBC2DB1Hydrochloric Acid, Dry GasDA2-BEthyl ChlorideCC1DDHydrocyanic AcidAA2-AEthyl EtherDD-DHydrocyanic Acid (Gas 10%)A-B1AEthylene Bromide-DDDHydrofluoric Acid 20%AA2DA2Ethylene ChlorideCDDC1Hydrofluoric Acid 50%AA1DA2Ethylene Chlorohydrin-DDDHydrofluoric Acid 75%BC1DC1Ethylene DichlorideDDDDHydrofluoric Acid 100%D-DC1Ethylene GlycolAA2B1AHydrofluosilicic Acid 20%BB2-AEthylene OxideBAC1DHydrofluosilicic Acid 100%CB1-AFatty AcidsADB1AHydrogen GasAA2A2AFerric ChlorideDA1A2AHydrogen Peroxide 10%AAA2AFerric Nitrate-A2A1AHydrogen Peroxide 30%AC2A2B1Ferric Sulfate-A2A1AHydrogen Peroxide 50%AC2A2B1Ferrous ChlorideAA2DAHydrogen Peroxide 100%AC2AB1Ferrous Sulfate-A2A1AHydrogen Sulfide (aqua)AAAA1Fluboric AcidAA2-AHydrogen Sulfide (dry)AA-A1FlourineDDCDHydroquinone-A-AFluosilicic AcidBA2A1AIodineBA1-CFormaldehyde 40%ADA1AIsooctaneBBB1A2Formaldehyde 100%ABA2CIsopropyl AcetateBB1DB1Formic AcidADA1A1Isopropyl EtherDBDBFreon 11AC-AIsotane---DFreon 12-A1-A2KeroseneBC1DBFreon 22---BKetonesDC1DC38
ReagentHDPELDPEPCPPReagentLaquer ThinnersDLaquersDLactic AcidLatexHDPELDPEPCABDADDAA1B---Lead AcetateAA2-Lead NitrateAA2Lead Sulfamate-A1PPNickel ChlorideBAA2ANickel NitrateBADA2BNickel SulfateBAAAA2Nitrating Acid ( 1%)---CA1Nitrating Acid ( 15% H2SO4)---C-A2Nitrating Acid ( 15% H2SO4)---CA1A2Nitrating Acid ( 15% HNO3)---CLinoleic Acid-A-B1Nitric Acid (5-10%)ABAALithium ChlorideDA2B1A2Nitric Acid (20%)BCB1A2Lye: KOH Potassium HydroxideBADANitric Acid (50%)DB1BBLye: NaOH Sodium HydroxideBDDANitric Acid (Concentrated)DC1C1DLye: Ca(OH)2 Calcium HydroxideBA2DA2NitrobenzeneDC1DB1B2Magnesium Bisulfate--A1A2NitromethaneDADMagnesium Carbonate-BA1ANitrous Acid---AMagnesium ChlorideAA1A2A2Nitrous Oxide-C-DMagnesium HydroxideBA2A1AOleic AcidCC2-B1Magnesium NitrateBA2A1AOleum 25%-D-DMagnesium Sulfate (Epson Salts)AA2A1AOleum 100%-D-DMaleic AcidAB2-AOxalic Acid (cold)AA2-A2Maleic AnhydrideAD-DOzoneAC1A1BMalic Acid-B2-A1Palmitic Acid---B1Melamine---AParafinBBA1A1Mercuric Chloride (dilute)AAABPentane-DADMercuric Cyanide-A-BPerchloric AcidDB-CMercurous Nitrate-AA2APerchloroethylene eumDC1-B1Methanol (Methyl Alcohol)AA1B1A2Phenol (10%)DBB1B1Methyl AcetateCB1DDPhenol (Carbolic Acid)DDDBA2Methyl Acrylate---DPhosphoric Acid ( 40%)AAAMethyl Alcohol 10%AA1B1A2Phosphoric Acid ( 40%)AB1AA2Methyl Bromide-C1-CPhosphoric Acid (crude)BB1AB2Methyl Butyl Ketone--DDPhosphoric Acid (molten)D--DMethyl Cellusolve--DBPhosphoric Acid AnhydrideA-DAMethyl Chloride-C1DDPhosphorus-B-AMethyl Dichloride---DPhotographic Developer-AA2AMethyl Ethyl KetoneDDDB2Photographic SolutionsAAA1A2Methyl Isobutyl KetoneDCDAPhthalic AcidBB2-AMethyl Methacrylate---DPhthalic Anhydride--A1DMethylamine-A1-A2Picric AcidDADB1Methylene ChlorideDDDB1Potash (Potassium Carbonate)BA1-AMineral SpiritsDBCBPotassium BicarbonateBA-AMonoethanolamine-C-BPotassium BromideBAA1AMorpholine--DB2Potassium ChlorateBA1A1ANaphtha-A1BBPotassium ChlorideAA1AANaphthaleneBC-BPotassium Chromate-A-ANatural Gas-A-APotassium Cyanide Solutions-A-A39
CHEMICAL RESISTANCE PPPotassium DichromateBAA1ASodium SulfideBA2DAPotassium Ferricyanide-A2-A2Sodium SulfiteBB1-A2Potassium Ferrocyanide-A1-ASodium Thiosulfate-A1DA2Stannic Chloride-A2A1AStannous Chloride-B2-APotassium Hydroxide (CausticPotato)AADAPotassium IoditeBB1-A2Stearic AcidAB1A1A2Potassium NitrateBAA1AStoddard Solvent-C2A2CPotassium PermanganateAAA2A1Sulfate (Liquors)AA2-APotassium SulfateBA2A1ASulfur Chloride-C1-C1Potassium Sulfide-A2-ASulfur DioxideDB1-A1Propane (liquefied)DC1C1ASulfur Dioxide (dry)AA1A1A1Propylene GlycolAB2B1A2Sulfur Hexafluoride-B--PyridineDB1DA2Sulfur Trioxide---CPyrogallic Acid---ASulfur Trioxide (dry)-C1-DAA1A1A2Salicylic Acid-B2A1A1Sulfuric Acid ( 10%)Silicone--A2ASulfuric Acid (10 - 75%)AA1B1A1Silver NitrateAAA2A1Sulfuric Acid ( 75 - 100%)BCDC1Soap SolutionsBDA1ASulfuric Acid (cold concentrated)BD-A2Soda Ash (see Sodium Carbonate)ABAASulfuric Acid (hot concentrated)BDDDSodium AcetateAAA1ASulfurous AcidBB2-ASodium Aluminate----Tannic AcidAB2CASodium BenzoateBA2A2A2Tartaric AcidAA1-ASodium BicarbonateAA2A2ATetrachloroethane---CSodium BisulfateBA2A1ATetrachloroethyleneCBDDC2Sodium Borate (Borax)BA2A1A2TetrahydrofuranCC1DSodium CarbonateAB2A2ATin Salts---ASodium Chlorate-B2A1ATolueneDC1DC1Sodium ChlorideAA2A2ATrichloroacetic AcidCADASodium CyanideBA2-ATrichlorethaneD-DCSodium Ferrocyanide-A-ATrichloroethyleneDD-C1Sodium Fluoride-A2-ATricresylphophate-B1-A1Sodium Hydroxide (20%)CBA2ATriethlamine---DSodium Hydroxide (50%)CBDATrisodium PhosphateAA-ASodium Hydroxide (80%)C-DATurpentineBDDDSodium Hypochlorite (100%)CB2-BUreaAADASodium Hypochlorite ( 20%)AACAUrineAA2-ASodium MetaphosphateBA1-A1VinegarAAA2ASodium Metasilicate---AVinyl AcetateDA-B1Sodium NitrateBA2-AWater, DeionizedA--A2Sodium Perborate-A1-AWater, DistilledAA2A2ASodium PeroxydeBAA2BWater, SaltAA2A2ASodium PolyphosphateBA-AXyleneDBDBSodium SilicateAA2-AZinc ChlorideAA1A2ASodium Sulfate-A2A2AZinc SulfateAA2A2A40
Allyl Chloride A - - A Aluminum Acetate (satured) - - - A Aluminum Chloride A B2 A1 A Aluminum Chloride 20% A B2 A1 A Aluminum Fluoride A A2 - A . Magnesium Chloride A A1 A2 A2 Magnesium Hydroxide B A2 A1 A Magnesium Nitrate B A2 A1 A Magnesium Sulfate (Epson Salts) A A2 A1 A Maleic Acid A B2 - A
existing chart, you can select from a variety of chart types (such as a column chart or a pie chart) and their subtypes (such as a stacked column chart or a pie in 3-D chart). You can also create a combination chart by using more than one chart type in your chart. The image is an example of a combination chart
Chemical Formulas and Equations continued How Are Chemical Formulas Used to Write Chemical Equations? Scientists use chemical equations to describe reac-tions. A chemical equation uses chemical symbols and formulas as a short way to show what happens in a chemical reaction. A chemical equation shows that atoms are only rearranged in a chemical .
Levenspiel (2004, p. iii) has given a concise and apt description of chemical reaction engineering (CRE): Chemical reaction engineering is that engineering activity concerned with the ex-ploitation of chemical reactions on a commercial scale. Its goal is the successful design and operation of chemical reactors, and probably more than any other ac-File Size: 344KBPage Count: 56Explore further(PDF) Chemical Reaction Engineering, 3rd Edition by Octave .www.academia.edu(PDF) Elements of Chemical Reaction Engineering Fifth .www.academia.eduIntroduction to Chemical Engineering: Chemical Reaction .ethz.chFundamentals of Chemical Reactor Theory1www.seas.ucla.eduRecommended to you b
Which of the following chart is drawn Machine vs time? a) Man machine chart b) The load chart c) The progress chart d) Curve chart (Ans: option b) 11. Gantt chart is mostly used for a) Routing b) Scheduling c) Follow up d) Inspection and quality control (Ans: option b) 12. Key to chart is provided in a) Man machine chart b) The load chart
The chemical resistance of plastic piping and fittings is basically a function of the chemical resistance of the plastic material, including additives and other ingredients in the final compound. In general, the fewer filler ingredients used, the better the chemical resistance. Plastic pipes with significant filler percentages may be susceptible to
2 CHEMICAL RESISTANCE GUIDE CRG 2-19 WWW.CHEMLINE.COM Chemline Plastics Limited 2019 chemical resistance guide ISO 9001:2015 CERTIFIED Pure Chemicals Mixed Chemicals PVC CPVC PP PVDF PTFE PFA EPDM FPM/FKM (Viton ) Nitrile CPE Chemical Resistance Guide page Materials of C
Carburetor cleaner (typically xylene, toluene and/or acetone Castor Oil The following chemical resistance ratings are based on published research data. Microflex gloves have not been individually tested against the chemicals contained in this chart. CHEMICAL RESISTANCE GUIDE CHEMICAL RATINGS KEY EXCELLENT GOOD FAIR NOT RECOMMENDED NO
Lisa Little, Joan Wagner, and Anne Sutherland Boal 216 13. Emergency Preparedness and Response Yvonne Harris 232 14. Nursing Leadership through Informatics Facilitating and Empowering Health Using Digital Technology Shauna Davies 249 15. Regulation, the Law, Labour Relations, and Negotiations Beverly Balaski 261 16. Emerging Nursing Leadership Issues Brendalynn Ens, Susan Bazylewski, and Judy .
