GUÍA DE RESISTENCIASQUÍMICAS

Polietileno de Alta Densidad

Nuestros Tanques Industriales Tecnotanques son equipos fabricados con la mejor calidad de material prima 100% virgen de polietileno de alta densidad, somos una excelente opción para el almacenamiento químico e hidráulico industrial, ofrecemos las capacidades más grandes delmercado.

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Capacidades de Tanques desde 5,000 hasta 40,000 litros de almacenamiento, ideales para agua y gran variedad de sustancias densas y corrosivas como ácidos, melaza, alcoholes, cloruros,fosfatos y muchas más.

Ideales para: Industria Química, Alimenticia, Minería, Metalúrgica, Agroindustria, Transportación de agua y sustancias químicas, Purificación y Saneamiento, entre otras.

REFORZAMIENTO DE TANQUES

Reforzamiento 20%

Reforzamiento Estándar

Reforzamiento 40%

1.21 kg/dm3.

1.51 kg/dm3.

1.50 kg/dm3.

1.20 kg/dm3.

1.90 kg/dm3.

REFORZAMIENTO DENSIDAD DE SUSTANCIA

desde . . . hasta

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Tanques Industriales fabricados de Polietileno de Alta Densidad

POLYETHYLENE

Chemicals Resistance Table Low Density and High Density Polyethylene INTRODUCTIONThe table in this document summarises the data given in a number of chemical resistance tables at present in use in various countries, derived from both practical experience and test results.

Source: ISO/TR 7472, 7474; Carlowitz: “Kunststofftabellen-3. Auflage”.

The table contains an evaluation of the chemical resistance of a number of fluids judged to be either aggressive or not towards low and high density polyethylene. This evaluation is based on values obtained by immersion of low and high density polyethylene test specimens in the fluid concerned at 20 and 60°C and atmospheric pressure, followed in certain cases by the determination of tensile characteristics.

A subsequent classification will be established with respect to a restricted number of fluids deemed to be technically or commercially more important, using equipment which permits testing under pressure and the determination of the ìcoefficient of chemical resistanceî for each fluid. These tests will thus furnish more complete indications on the use of low and high density polyethylene products for the transport of stated fluids, including their use under pressure.

SCOPE AND FIELD APPLICATION This document establishes a provisional classification of the chemical resistance of low and high density polyethylene with respect to about 300 fluids. It is intended to provide general guidelines on the possible utilisation of low and high density polyethylene:

– at temperatures up to 20 och 60°C– in the absence of internal pressure and external mechanical stress

(for example flexural stresses, stresses due to thrust, rolling loads etc).

DEFINITIONS, SYMBOLS AND ABBREVIATIONS The criteria of classification, definitions, symbols and abbreviations adopted in this document are as follows:

S = Satisfactory The chemical resistance of low or high density polyethylene exposed to the action of a fluid is classified as “satisfactory” when the results of test are acknowledged to be ìsatisfactoryî by the majority of the countries participating in the evaluation.

2 . d E 9 9 9 1 . 2 1 . 0 1 4 5 2 T R A

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L = Limited

The chemical resistance of low or high density polyethylene exposed to the action of a fluid is classified as “limited” when the results of tests are acknowledged to be “limited” by the majority of the countries participating in the evaluation.

Also classified as “limited” are the resistance to the action of chemical fluids for which judgements “S” and “NS” or “L” are pronounced to an equal extent.

NS = Not satisfactory

The chemical resistance of low or high density polyethylene exposed to the action of a fluid is classified as “not satisfactory” when the results of tests are acknowledged to be “not satisfactory” by the majority of the countries participating in the evaluation.

Also classified as “not satisfactory” are materials for which judgements “L” and “NS” are pronounced to an equal extent.

Sat.sol Saturated aqueous solution, prepared at 20°C

Sol Aqueous solution at a concentration higher than 10 %, but not saturated

Dil.sol Dilute aqueous solution at a concentration equel to or lower than 10 %

Work.sol Aqueous solution having the usual concentration for industrial use

Solution concentrations reported in the text are expressed as a percentage by mass. The aqueous solutions of sparingly soluble chemicals are considered, as far as chemical action towards low or high density polyethylene is concerned, as saturated solutions.

In general, common chemical names are used in this document.

The table is made as a first guideline for user of polyethylene. If a chemical compound is not to be found or if there is an uncertainty on the chemical resistance in an application, please contact Borealis for advise and proposal on testing.

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Chemical resistance of low density and high density polyethylene, not subjected to mechanical stress, to various fluids at 20 and 60°C

Chemical or product Concentration LD °C HD °C 06 02 06 02 L S SN L % 001 edyhedlatecA S S – edilinatecA S S S S % 01 dica citecA S S L S % 06 dica citecA L S SN L % 69 naht retaerG laicalg ,dica citecA L S SN L % 001 edirdyhna citecA L L SN L % 001 enotecA S S S S – elirtinlyrcA S S S S – dicacilislytecA S S S S los.taS dica cipidA

SN SN SN SN – evahs retfAAliphatic hydocarbons – L NS L L

L S L S – etateca lyllA – – SN L % 001 lohocla lyllA S S – – % 69 lohocla lyllA

SN L SN L – edirolhc lyllA S S S S los.taS edirolhc muinimulA S S S S los.taS ediroulf muinimulA S S S S los.taS edixordyh muinimulA S S S S los.taS etartin muinimulA

Aluminium oxychloride Sat.sol S S S S Al/potassium sulphate Sat.sol S S S S

S S S S los.taS etahplus muinimulA S S S S loS smulA S S S S – dica cioznebonimA S S S S % 001 sag yrd ,ainommA S S L L % 001 diuqil ,ainommA S S S S los.liD suoeuqa ,ainommA S S S S – etateca muinommA

Ammonium carbonate Sat.sol S S S S S S S S los.taS edirolhc muinommA S S – S loS ediroulf muinommA

Ammonium hexafluorosilicate Sat.sol S S S S Ammonium hydrogen carbonate Sat.sol S S S S Ammonium hydroxide 10 % S S S S Ammonium hydroxide 30 % S S S S

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Chemical or product Concentration LD °C HD °C 06 02 06 02

Ammonium metaphosphate Sat.sol S S S S S S S S los.taS etartin muinommA S S S S los.taS etalaxo muinommA

Ammonium phosphate Sat.sol S S S S Ammonium persulphate Sat.sol S S S S

S S S S los.taS etahplus muinommA S S S S loS edihplus muinommA

Ammonium thiocyanate Sat.sol S S S S L L SN SN % 001 etateca lymA L S L L % 001 lohocla lymA – – SN SN % 001 edirolhc lymA L S L L – etalahthp lymA L S SN SN % 001 enilinA – – – L – etardyhorolhcnilinA

Antimony (III) chloride 90 % – – S S Antimony (III) chloride Sat.sol S S S S

S S S S loS edirolhcirt ynomitnA L S – – loS eciuj elppA

ONH/lCH aiger auqA 3 = 3/1 NS NS NS NS Aromaitic hydrocarbons – NS NS NS NS

S S S S los.taS dica cinesrA S S S S % 01 dica cibrosA

S S S S los.taS edimorb muiraB S S S S los.taS etanobrac muiraB S S S S los.taS edirolhc muiraB S S S S los.taS edixordyh muiraB S S S S los.taS etahplus muiraB S S S S los.taS edihplus muiraB S S S S – reeB L S SN L % 001 edyhedlazneB L L SN SN % 001 enezneB S S S S los.taS dica ciozneB L S L S – edirolhclyozneB S S L S – lohocla lyzneB S S S S % 01 dica cinohpluslyzneB S S S S los.taS etanobrac htumsiB S S L S – nemutiB S S S S % 01 eyl hcaelB

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Chemical or product Concentration LD °C HD °C 06 02 06 02 S S S S los.taS xaroB S S S S los.taS dica ciroB

SN L SN L – ediroulfirt noroB SN L SN L – diulf ekarB

S S S S – enirB SN SN SN SN % 001 sag yrd ,enimorB SN SN SN SN % 001 diuqil ,enimorB SN SN SN SN % 001 mrofomorB

S S S S % 01 loidnatuB S S S S % 06 loidnatuB S S S S % 001 loidnatuB S S – – % 001 sag ,enatuB S S L S % 001 lonatuB S S S S – rettuB L S L S % 001 etateca lytuB S S S S % 001 lohocla lytuB – S – S – edirolhc lytuB S S S S % 01 locylg enelytuB S S S S % 06 locylg enelytuB S S S S % 001 locylg enelytuB L S – – – edyhedlarytuB L S L L % 001 dica cirytuB

S S S S – etanesra muiclaC S S S S – etaozneb muiclaC S S S S – edihplusib muiclaC S S S S % 01 etamorb muiclaC S S S S los.taS edimorb muiclaC S S S S los.taS etanobrac muiclaC S S S S los.taS etarolhc muiclaC S S S S los.taS edirolhc muiclaC S S S S % 04 etamorhc muiclaC S S S S – edinayc muiclaC

Calcium hydrosulphide Sol S S S S S S S S los.taS edixordyh muiclaC S S S S loS etirolhcopyh muiclaC S S S S los.taS etartin muiclaC S S S S los.taS edixo muiclaC S S – S % 1 etarolhcrep muiclaC

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Chemical or product Concentration LD °C HD °C 06 02 06 02

Calcium permanganate 20 % S S S S S S S S loS etahplusrep muiclaC S S S S los.taS etahplus muiclaC

L L–– los.liD edihplus muiclaC L L SN SN – lio rohpmaC

Carbon dioxide, dry gas 100 % – – S S S S S S – tew ,edixoid nobraC

SN L SN SN % 001 edihplusid nobraC S S S S % 001 edixonom nobraC

SN L SN SN % 001 edirolhcartet nobraC S S S S dica cinobraC S S S S loS lio rotsaC S S L L los.taS % 2 retaw ,enirolhC

SN L SN SN los.taS suoeuqa ,enirolhC SN L SN SN % 001 sag yrd ,enirolhC

S S–– loS dica citecaorolhC SN SN SN SN % 001 enezneborolhC

S S S S % 001 lonahteorolhC SN SN SN SN % 001 mroforolhC

– L– L % 001 sag ,enahtemorolhC SN SN SN SN % 001 dica cinohplusorolhC

– L – SN – eneporporolhC S S S S loS mula emorhC

– – S S los.taS dica cimorhCL S–– % 02 dica cimorhCL S–– % 05 dica cimorhC

S S S S los.taS edixo IV muimorhC S S S S – rediC S S S S los.taS dica cirtiC S S S S % 01 dica cirtiC S S S S % 52 dica cirtiC S S S S – cilohocla lio tunocoC S S S S – eeffoC S S S S los.taS edirolhc )II( reppoC S S S S los.taS edinayc reppoC S S S S los.taS ediroulf )II( reppoC S S S S % 2 ediroulf )II( reppoC S S S S los.taS etartin )II( reppoC S S S S los.taS etahplus )II( reppoC

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Chemical or product Concentration LD °C HD °C 06 02 06 02 S S S S – lio nroC S S S S – lio deesnottoC

– L–– los.taS dica cilyserC ––– L los.taS edyhedlanotorC S S S S – enonalcyC

SN SN SN SN – enaxeholcyC– – SN L los.taS lonaxeholcyCS S–– % 001 lonaxeholcyC L S SN SN % 001 enonaxeholcyC

Decahydronaphthalene 100 % L NS S L SN L SN SN – enaceD

L S–– % 001 nilaceD S S S S – citehtnys ,stnegreteD

Developers (photographic) Work.conc – – S S S S S S loS nirtxeD S S S S loS esortxeD L L L L – lohocla enotecaiD S S S S – stlas ozaiD

SN L SN SN – enima lytubiD– L SN SN – rehte lyhtubiD

L S L L – etalahthplytubiD SN SN SN SN – enezneborolhciD SN SN SN SN – enelyhteorolhciD SN SN SN SN – enelyporporolhciD

L S SN S – lio leseiD– L SN SN % 001 rehte lyhteiD

L L SN L – enotek lyhteiD S S S S – locylg enelyhteiD S S S S – dica cilocylgiD L S L S % 001 enoteklytubosiiD

– – SN SN % 001 enima lyhtemiD S S L S – dimamrof lyhtemiD L S SN L % 001 etalahthp lytcoiD

S S–– % 001 naxoiD SN SN SN SN – enetnepiD

S S S S – etahpsohp muidosiDDrano, plumbing cleaner – S S S S

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Chemical or product Concentration LD °C HD °C 06 02 06 02

Emulsions, photographic – S S S S S S S S % 001 loidnahtE L S L S % 04 lonahtE

– – L L % 69 lonahtE SN S SN L % 001 etateca lyhtE SN L SN SN % 001 etalyrca lyhtE

S S S S % 53 lohocla lyhtE S S S S % 001 lohocla lyhtE

SN SN SN SN – enezneb lyhtE SN SN SN SN % 001 edirolhc lyhtE SN SN SN SN % 001 edirolhc enelyhtE

S S L S % 001 enimaid enelyhtE SN SN SN SN – rehte lyhtE

S S S S % 001 locylg enelyhtE SN SN SN SN – natpacrem lyhtE

S S S S los.taS edirolhc cirreF S S S S los.taS etartin cirreF S S S S los.taS etahplus cirreF S S S S los.taS edirolhc suorreF S S S S los.taS etahplus suorreF S S S S loS selbulos hsiF S S S S – dica ciroboulF

SN SN SN L % 001 sag eniroulF SN SN SN SN % 001 yrd ,sag eniroulF SN SN SN SN % 001 tew ,sag eniroulF

L S L S cnoC dica cilisoroulF S S S S % 04 dica cilisoroulF S S S S % 04 edyhedlamroF S S S S % 04 dica cimroF S S S S % 001 ot 89 dica cimroF S S S S los.taS esotcurF S S S S loS splup tiurF

SN SN SN SN % 001 larufruF L S SN L % 001 lohocla lyrufruF

S S S S los.taS dica cillaG L L SN L – lortep ,enilosaG S S S S – enitaleG

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Chemical or product Concentration LD °C HD °C 06 02 06 02 S S S S los.taS esoculG S S S S % 001 enirecylG S S S S % 001 lorecylG

– – L S % 03 dica cilocylGS S–– loS dica cilocylG

SN L SN SN % 001enatpeH-n L S S S –enezneborolhcaxeH L L SN SN –enehporolhcaxeH

Hexamethylenetriamine 40 % S – S – L S L S –enaxeH S S S S –yraitret ,lonaxeH S S S S % 05dica cimorbordyH S S S S % 001 ot pUdica cimorbordyH S S S S % 63 ot pUdica cirolhcordyH S S S S cnoCdica cirolhcordyH S S S S cnoCdica suorolhcordyH S S S S % 01dica cinaycordyH S S S S los.taSdica cinaycordyH S S S S % 04dica ciroulfordyH L S L S % 06dica ciroulfordyH S S S S % 001negordyH S S S S sag yrDedirolhc negordyH S S L S % 03edixorep negordyH

SN S SN S % 09edixorep negordyHHydrogen sulphide gas 100 % S S S S

– – S S los.taSenoniuqordyH S S S S % 21 ot puenimalyxordyH

S S S S – sknIIodine (in potassium sol) – L NS NS NS

SN SN SN SN – )lohocla ni( enidoI S S S S los.taS edirolhc )II( norI S S S S los.taS etahplus )II( norI S S S S los.taS edirolhc )III( norI S S S S loS etartin )III( norI S S S S los.taS etahplus )III( norI L S SN S % 001 enatco osI

SN SN SN SN – enatnep osI

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Chemical or product Concentration LD °C HD °C 06 02 06 02 S S S S – lonaporposI

SN SN SN SN – enima lyporposI SN S SN L % 001 rehte lyporposI

SN SN SN SN – enesoreK

S S S S % 01 dica citcaL S S S S % 82 dica citcaL S S S S % 001 ot pu dica citcaL S S S S – xetaL S S S S los.liD etateca daeL S S S S los.taS etateca daeL S S S S – etanesra daeL S S S S – lio gnitacirbuL

SN L SN SN – losyL

Magnesium carbonate Sat.sol S S S S S S S S los.taS edirolhc muisengaM

Magnesium hydroxide Sat.sol S S S S S S S S los.taS etartin muisengaM S S S S los.taS etahplus muisengaM S S S S los.taS dica cielaM S S S S – yrucreM S S S S loS etartin )I( yrucreM S S S S los.taS edirolhc )II( yrucreM S S S S los.taS edinayc )II( yruceM S S S S % 001 yrucreM S S L S % 001 lonahteM S S L S % 001 lohocla lyhteM

– L SN SN los.taS dica ciozneb lyhteM SN SN SN SN % 001 edimorb lyhteM SN SN SN SN % 001 edirolhc lyhteM SN L SN L – enaxeholcyclyhteM

L S–– % 001 enotek lyhte lyhteM SN SN SN SN – edirolhc enelyhteM

L S L S % 001 lonatubyxohteM S S S S – kliM L S L S – aisengaM fo kliM L S SN L – slio lareniM

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Chemical or product Concentration LD °C HD °C 06 02 06 02 S S S S cnoc.kroW sessaloM S S L S – lio rotoM

SN L SN L – ahthpaN– L SN SN – enelahathpaN

S S S S los.taS edirolhc lekciN S S S S los.taS etartin lekciN

– S S S los.taS etahplus lekciN S S S S los.liD enitociN

– S L L los.liD dica cinitociN S S S S % 52 dica cirtiN L S L S % 05 dica cirtiN L S L S % 07 dica cirtiN

SN SN SN SN % 59 dica cirtiN SN SN SN SN % 001 dica cirtiN SN SN SN SN % 001 eneznebortiN SN S SN S % 001 enahteortiN

– S– S % 001 enahtemortiN SN SN SN SN – eneulotortiN

S S S S –enatcO-n SN S SN S –lohocla lytcO

L S SN Lstaf dna liO S S SN L % 001dica cielO

Oleum (H2SO4 + 10 % SO3) NS NS NS NS Oleum (H2SO4 + 50 % SO3) NS NS NS NS

SN S SN S –lio evilO S S S S % 05dica cirohpsohpohtrO L S L S % 59dica cirohpsohpohtrO S S S S los.taSdica cilaxO L S– S % 001negyxO

SN L SN SN % 001enozO

S S L S – lio niffaraP SN SN SN SN –enatneP-n SN SN SN SN –2-enatneP

S S S S % 02dica cirolhcreP L S L S % 05dica cirolhcreP

SN S SN S % 07dica cirolhcreP

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Chemical or product Concentration LD °C HD °C 06 02 06 02

SN SN SN SN – enelyhteorolhcreP S S SN L loS lonehP S S S S % 001 enihpsohP S S S S % 52 ot pu dica cirohpsohP S S S S % 05 ot 52 dica cirohpsohP

Phosphoric (III) chloride 100 % S L S L Phosphorous (II) chloride 100 % – – S LPhosphorous pentoxide 100 % S S S S Phosphorous trichloride 100 % S L S L Photographic solutions – S S S S

S S S S % 05 dica cilathP– S L S los.taS dica circiP

S S S S – snoitulos gnitalP S S S S – etateca muissatoP

Potassium aluminium sulphate Sat.sol S S S S S S S S – etaozneb muissatoP

Potassium bicarbonate Sat.sol S S S S S S S S los.taS etarob muissatoP S S S S los.taS etamorb muissatoP S S S S los.taS edimorb muissatoP S S S S los.taS etanobrac muissatoP S S S S los.taS etarolhc muissatoP S S S S los.taS edirolhc muissatoP S S S S los.taS etamorhc muissatoP S S S S loS edinayc muissatoP

Potassium dichromate Sat.sol S S S S S S S S los.taS ediroulf muissatoP

Potassium hexacyanoferrate (III) Sat.sol S S S S Potassium hexacyanoferrate (II) Sat.sol S S S S Potassium hexafluorosilicate Sat.sol S S S S Potassium hydrogen carbonate Sat.sol S S S S Potassium hydrogen sulphate Sat.sol S S S S Potassium hydrogen sulphide Sol – – S S

S S S S % 01 edixordyh muissatoP S S S S loS edixordyh muissatoP

Potassium hypochlorite Sol S L S L S S S S % 01 etadoi muissatoP S S S S los.taS edidoi muissatoP S S S S los.taS etartin muissatoP

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Chemical or product Concentration LD °C HD °C 06 02 06 02

Potassium orthophosphate Sat.sol S S S S S S S S los.taS etalaxo muissatoP

Potassium perchlorate Sat.sol S S S S Potassium permanganate 20 % S S S S Potassium persulphate Sat.sol S S S S Potassium phosphate Sat.sol S S S S

S S S S los.taS etahplus muissatoP S S S S loS edihplus muissatoP

– – S S los.taS etihplus muissatoPPotassium thiocyanate Sat.sol S S S S Potassium thiosulphate Sat.sol S S S S

S S S S – lohocla lugraporP S S S S –lohocla lyporP-n

S S–– % 05dica cinoiporPL S–– % 001dica cinoiporP

SN SN SN SN % 001edirolhcid enelyporP S S S S –locylg enelyporP

L S–– % 001enidiryP

Quinol (hydroquinone) Sat.sol S S S S

S S S S los.taS lonicroseR

S S S S los.taS dica cilycilaS S S S S – retaw aeS S S S S – dica cineleS S S S S – lio nociliS S S S S los.taS etateca revliS S S S S los.taS edinayc revliS

– – S S los.taS etartin revliS S S S S % 001 noitulos paoS

– – S S los.taS etateca muidoS S S S S los.taS etanomitna muidoS S S S S los.taS etinesra muidoS S S S S los.taS etaozneb muidoS S S S S los.taS etanobracib muidoS S S S S los.taS etahplusib muidoS S S S S los.taS etihplusib muidoS S S S S – etarob muidoS S S S S los.taS edimorb muidoS S S S S los.taS etanobrac muidoS

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Chemical or product Concentration LD °C HD °C 20 60 20 60

Sodium chlorate Sat.sol S S S S Sodium chloride Sat.sol S S S S Sodium chlorite Sat.sol L – – – Sodium cyanide Sat.sol S S S S Sodium dichromate Sat.sol S S S S Sodium fluoride Sat.sol S S S S Sodium hexacyanoferrate (III) Sat.sol – – S SSodium hexacyanoferrate (II) Sat.sol – – S SSodium hexafluorosilicate Sat.sol S S S S Sodium hydrogen carbonate Sat.sol S S S S Sodium hydrogen sulphate Sat.sol S S S S Sodium hydrogen sulphite Sol S S S S Sodium hydroxide 40 % S S S S Sodium hydroxide Sol – – S SSodium hypochloride – L NS S S Sodium hypochlorite 15 % – – S S

available CI – – S SSodium iodate 10 % S S S S Sodium iodide Sat.sol S S S S Sodium nitrate Sat.sol S S S S Sodium nitrite Sat.sol S S S S Sodium ortophosphate Sat.sol S S S S Sodium oxalate Sat.sol S S S S Sodium phosphate Sat.sol S S S S Sodium silicate Sol S S S S Sodium sulphate Sat.sol S S S S Sodium sulphide Sat.sol S S S S Sodium sulphite Sat.sol S S S S Sodium thiocyanate Sat.sol S S S S Stannic chloride Sat.sol S S S S Stannous chloride Sat.sol S S S S Starch solution Sat.sol S S S S Stearic acid Sat.sol S L S –Styrene Sol L NS L NS Sulphur dioxide, dry 100 % S S S S Sulphur trioxide 100 % NS NS NS NS Sulphur acid 10 to 50 % S S S S Sulphuric acid 10 % S S S S Sulphuric acid 50 % S S S S

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Chemical or product Concentration LD °C HD °C 06 02 06 02 L S L S % 07 dica ciruhpluS

SN S SN S % 08 dica ciruhpluS SN S SN L % 89 dica ciruhpluS SN SN SN SN gnimuF dica ciruhpluS

S S S S % 03 dica suoruhpluS S S S S loS dica suoruhpluS

L S L S – wollaT S S S S loS dica cinnaT S S S S los.taS dica ciratraT

S S–– loS dica ciratraT SN SN SN SN % 001 enelyhteorolhcarteT SN L SN SN % 001 enahtemorolhcarteT SN SN SN SN enacedarteT SN SN SN SN – narufordyharteT

Tetrahydronaphthalene 100 % L NS S L SN SN SN SN % 001 edirolhc lynoihT

S S S S los.taS edirolhc )II( niT S S S S loS edirolhc )VI( niT

S S–– los.taS edirolhc )VI( niTTitanium tetrachloride Sat.sol NS NS NS NS

SN L SN SN % 001 eneuloT SN SN SN SN – enahtemomorbirT

Trichloroacetaldehyde – S – S –– – SN SN – enezneborolhcirT

SN SN SN SN % 001 enelyhteorolhcirT– S– S % 001 enimalonahteirTL S–– loS enimalonahteirT

S S S S – locylg enelyhteirT– – S S los.taS etahpsohp muidosirT

SN SN SN SN – enitnepruT

S S S S % 03 ot pu aerU S S S S loS aerU S S S S - enirU

S S S S – tcartxe allinaV S S L S – enilesaV S S L S slio selbategeV S S S S rageniV S S S S retaW S S S S – stnega gnitteW S S S S stirips dna seniW

Chemical or product Concentration LD °C HD °C 06 02 06 02

16

SN L SN SN % 001 enelyX

S S S S loS tsaeY

S S S S los.taS edimorb cniZS S–– los.taS etanobrac cniZ

S S S S los.taS edirolhc cniZ S S S S los.taS edixo cniZ S S S S – etaraets cniZ S S S S los.taS etahplus cniZ

SN SN SN SNenelyZ-o SN SN SN SN –enelyZ-p

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