Hazard statement · Health hazards

What does H330 mean?

Fatal if inhaled.

Hazard class
Acute toxicity (inhal.), Hazard Category 1, 2 (Acute Tox. 1 / Acute Tox. 2)
Pictogram
GHS06Skull and crossbones
Signal word
Danger

Categories and label elements

CLP abbreviationPictogramSignal word
Acute Tox. 1GHS06Skull and crossbonesDanger
Acute Tox. 2GHS06Skull and crossbonesDanger

Related precautionary statements (P codes)

The precautionary statements that CLP Annex IV assigns to this class. Not all of them go on the label: under CLP Article 28(3), no more than six precautionary statements appear on the label unless the nature and severity of the hazard require more; the selection depends on the product and its users.

Prevention

  • P260Do not breathe dust/fume/gas/mist/vapours/spray.
  • P271Use only outdoors or in a well-ventilated area.
  • P284[In case of inadequate ventilation] wear respiratory protection.

Response

  • P304+P340IF INHALED: Remove person to fresh air and keep comfortable for breathing.
  • P310Immediately call a POISON CENTER/doctor/…
  • P320Specific treatment is urgent (see … on this label).

Storage

  • P403+P233Store in a well-ventilated place. Keep container tightly closed.
  • P405Store locked up.

Disposal

  • P501Dispose of contents/container to …

Build a label with this class. The free label tool works out the pictogram, the signal word and the P statements for the label from the classes you choose.

When does a mixture need H330?

H330 reaches the label and the safety data sheet of a mixture only when the classes and percentages of its components pass certain limits. The relevant limits in the Chemoris rule file are:

  • A component of this class is taken into account in a mixture only at a concentration of ≥ 0.1 %. (CLP Annex I Table 1.1)
  • The category of the mixture is calculated from the ATE values of the components (route: inhalation) with the additivity formula 100/ATEmix = Σ(Ci/ATEi).

For a step-by-step worked example see classifying a mixture under CLP.

Where is H330 written in the SDS?

In the SDS, H330 ("Fatal if inhaled.") first enters Section 2.1 as a classification, written as "Acute Tox. 1 / Acute Tox. 2" together with the code. Section 2.2 then gives its full text as a label element. Components that have this class are listed row by row in the Section 3 table; in addition, it is justified in Section 11 (toxicological information) under the relevant effect heading.

How does H330 appear on the label?

On the label H330 appears with the pictogram GHS06 (skull and crossbones), and it is written with the signal word "Danger". In the Chemoris template Section 2.2 carries at most 8 H statements; if the limit is exceeded the least severe ones are dropped and a warning is shown. For the bottom of the label, 9 P statements are candidates for this class in CLP Annex IV; under CLP Article 28 at most 6 of them are selected.

Where does it appear in the safety data sheet?

  • Section 2.1: classification; the class abbreviation and H330 are given together.
  • Section 2.2: label elements; H330 with its full text, pictogram and signal word.
  • Section 3: composition table; in the row of every component that has this class.
  • Section 16: the full text of the H statements cited as codes in earlier sections.

Class criteria and thresholds for H330

The values below come from the Chemoris rule file (CLP Annex I). They show the condition under which H330 arises in a mixture. For physical hazards and other classes that depend on test data, the result comes from the mixture's own measurement, not from component percentages.

ClassCriterionLimit / formulaSource
Acute Tox. 1Acute toxicity range (inhalation (gas) route)ATE ≤ 100 ppmVCLP Annex I Table 3.1.1 / 3.1.2 (gazlar)
Acute Tox. 1Converted value used when a component's ATE is unknown (inhalation (gas))10 ppmVCLP Annex I Table 3.1.1 / 3.1.2 (gazlar)
Acute Tox. 1Acute toxicity range (inhalation (vapour) route)ATE ≤ 0.5 mg/LCLP Annex I Table 3.1.1 / 3.1.2 (buharlar)
Acute Tox. 1Converted value used when a component's ATE is unknown (inhalation (vapour))0.05 mg/LCLP Annex I Table 3.1.1 / 3.1.2 (buharlar)
Acute Tox. 1Acute toxicity range (inhalation (dust/mist) route)ATE ≤ 0.05 mg/LCLP Annex I Table 3.1.1 / 3.1.2 (dust/mist)
Acute Tox. 1Converted value used when a component's ATE is unknown (inhalation (dust/mist))0.005 mg/LCLP Annex I Table 3.1.1 / 3.1.2 (dust/mist)
Acute Tox. 1Minimum concentration for a component to be considered≥ 0.1 %CLP Annex I Table 1.1
Acute Tox. 2Acute toxicity range (inhalation (gas) route)100 < ATE ≤ 500 ppmVCLP Annex I Table 3.1.1 / 3.1.2 (gazlar)
Acute Tox. 2Converted value used when a component's ATE is unknown (inhalation (gas))100 ppmVCLP Annex I Table 3.1.1 / 3.1.2 (gazlar)
Acute Tox. 2Acute toxicity range (inhalation (vapour) route)0.5 < ATE ≤ 2 mg/LCLP Annex I Table 3.1.1 / 3.1.2 (buharlar)
Acute Tox. 2Converted value used when a component's ATE is unknown (inhalation (vapour))0.5 mg/LCLP Annex I Table 3.1.1 / 3.1.2 (buharlar)
Acute Tox. 2Acute toxicity range (inhalation (dust/mist) route)0.05 < ATE ≤ 0.5 mg/LCLP Annex I Table 3.1.1 / 3.1.2 (dust/mist)
Acute Tox. 2Converted value used when a component's ATE is unknown (inhalation (dust/mist))0.05 mg/LCLP Annex I Table 3.1.1 / 3.1.2 (dust/mist)
Acute Tox. 2Minimum concentration for a component to be considered≥ 0.1 %CLP Annex I Table 1.1

H330 compared with H331 and H332

The table below puts H330 next to its closest neighbouring statements; the values are read from the rule data.

Hazard statementH330H331H332
Class abbreviationAcute Tox. 1 / Acute Tox. 2Acute Tox. 3Acute Tox. 4
PictogramGHS06GHS06GHS07
Signal wordDangerDangerWarning
Precautionary statements assigned984
Concentration cut-off in a mixture0.1 %0.1 %1 %

H330 and H331 carry the same signal word (Danger). Both are shown with the same pictogram (GHS06). The signal word differs: Danger for H330, Warning for H332. The pictogram differs: GHS06 for H330, GHS07 for H332.

H331 H332

In which SDS sections does H330 appear?

H330 does not stay only in the label section of an SDS; the class itself and the precautionary statements assigned to it shape the content of other sections too. The counts are calculated from the P statements that Annex IV assigns to this class.

SDS sectionRelation to this code
2.1 ClassificationWritten with the abbreviation Acute Tox. 1 / Acute Tox. 2 and the code H330.
2.2 Label elementsH330 appears with its full text, GHS06 (skull and crossbones) and “Danger”.
3 CompositionThe class and code show in the row of every component that carries this class.
11 Toxicological informationThe health effect is justified here under the relevant endpoint heading.
4 First aidOf the 9 assigned P statements, 3 belong to the subject of this section: P304+P340, P310, P320.
7 Handling and storageOf the 9 assigned P statements, 4 belong to the subject of this section: P260, P271, P403+P233.
8 Exposure controls / PPEOf the 9 assigned P statements, 1 belong to the subject of this section: P284.
13 DisposalOf the 9 assigned P statements, 1 belong to the subject of this section: P501.
14 TransportADR mapping: Class 6.1, packing group I; ADR 2.2.61.1.7 (Table: oral ≤ 5, dermal ≤ 50 mg/kg, soluma → PG I).
16 Other informationThe full text of the H statements cited by code is collected here.

Statements that appear on the label together with H330

H330 is never printed alone on a label; it sits next to the pictogram and the signal word. The Chemoris selection method (response, prevention, storage, disposal in that order; core statements first) gives these first 5 candidates for this class:

(Acute Tox. 1)

RankP codeTypePriorityText
1P304+P340responsecoreIF INHALED: Remove person to fresh air and keep comfortable for breathing.
2P310responsecoreImmediately call a POISON CENTER/doctor/…
3P260preventioncoreDo not breathe dust/fume/gas/mist/vapours/spray.
4P284preventioncore[In case of inadequate ventilation] wear respiratory protection.
5P405storagecoreStore locked up.

The GHS06 pictogram and “Danger” are printed together. This ranking applies because a label usually carries at most 6 statements; when a combined statement is selected, its parts are not printed again.

Official EU wording of H330 in other languages

When a product is exported to the EU, the SDS and label are expected in the official language of the Member State where it is placed on the market (REACH Article 31(5)). The table gives the official wording of H330 from the CLP Annex III/IV language versions published in the Official Journal of the European Union. Source: EUR-Lex CELEX 02008R1272-20260701.

LanguageOfficial wordingClass titleSignal word
GermanLebensgefahr bei Einatmen.Akute Toxizität (inhalativ), Gefahrenkategorien 1, 2Gefahr
FrenchMortel par inhalation.Toxicité aiguë (par inhalation), catégories de danger 1, 2Danger
SpanishMortal en caso de inhalación.Toxicidad aguda (por inhalación), categorías 1 y 2Peligro
ItalianLetale se inalato.Tossicità acuta in caso di inalazione, categorie di pericolo 1 e 2Pericolo
PolishWdychanie grozi śmiercią.Toksyczność ostra (po narażeniu inhalacyjnym), kategoria 1, 2Niebezpieczeństwo
DutchDodelijk bij inademing.Acute toxiciteit bij inademing, gevarencategorie 1 en 2Gevaar
PortugueseMortal por inalação.Toxicidade aguda (via inalatória), categorias de perigo 1, 2Perigo
RomanianMortal în caz de inhalare.Toxicitate acută (inhalare), categoriile de pericol 1, 2Pericol

Common mistakes with H330

  • Mixing up exposure routes: H330 concerns only the inhalation (vapour) route; ATE is calculated separately for each route (CLP Annex I 3.1.3.6.1 (formula), Table 3.1.1 (category ranges), Table 3.1.2 (converted ATE)).
  • Pouring every P candidate onto the label: there are 9 candidates, but CLP Article 28(3) limits a label to 6 precautionary statements (up to 8 when needed).
  • Writing unlimited H statements for a multi-class product: in the Chemoris template, Section 2.2 holds at most 8 H statements.

Next steps

To read a statement like H330 correctly on a label and in an SDS, see the guide How to read H and P codes; to pick the class and prepare the label automatically, use the free label tool.

Other H statements in the same hazard family as H330 (Acute Tox.). The difference between categories mostly comes from the degree of severity.

  • H300Fatal if swallowed.
  • H301Toxic if swallowed.
  • H302Harmful if swallowed.
  • H310Fatal in contact with skin.
  • H311Toxic in contact with skin.
  • H312Harmful in contact with skin.
  • H331Toxic if inhaled.
  • H332Harmful if inhaled.

Frequently asked questions

Which pictogram and signal word go with H330 on a label?

For H330 the pictogram is GHS06 (skull and crossbones); it is written with the signal word "Danger".

How many P statements does H330 need?

CLP Annex IV assigns 9 precautionary statements to the class of H330, but under CLP Article 28(3) a label usually carries at most 6 of them; the selection depends on the product and its user.

When does a mixture need H330?

A component of this class is taken into account in a mixture only at a concentration of ≥ 0.1 %. The category of the mixture is calculated from the ATE values of the components (route: inhalation) with the additivity formula 100/ATEmix = Σ(Ci/ATEi). Details are in the section "When does a mixture need H330?" above.

In which SDS sections does H330 appear?

H330 appears in Sections 2.1 (classification), 2.2 (label), 3 (composition) and 16, and also in 11, 4, 7, 8, 13 and 14.

What is the difference between H330 and H331?

H330 carries Danger and GHS06; H331 carries Danger and GHS06.

Which numerical limits apply to H330 in a mixture?

Acute Tox. 1: ATE ≤ 100 ppmV; Acute Tox. 1: 10 ppmV; Acute Tox. 1: ATE ≤ 0.5 mg/L.

Source: Regulation (EC) No 1272/2008 (CLP) Annexes I and III; Turkish SEA Regulation (Official Gazette 28848). The statement is the official English text of CLP Annex III. Pictogram and signal word: CLP Annex I Table 3.1.3. Updated: 6 November 2026.