GHS
PICTOGRAMS
LABEL
ELEMENTS
SDS (SAFETY DATA SHEETS)
HAZARD TYPES
& HEALTH EFFECTS
CONTROLS
& PPE
100

This pictogram shows a flame and is used for chemicals that can catch fire easily.

Flame pictogram (flammables).

100

This single word on the label, such as “Danger” or “Warning,” tells you how severe the hazard is.

Signal word.

100

The document that explains hazards, safe handling, storage, and emergency measures for a chemical is called this.

Safety Data Sheet (SDS).

100

A chemical that can burn skin or eyes badly enough to cause permanent damage is described as this type of hazard.

Corrosive

100

These are items you wear, such as gloves, goggles, or respirators, to reduce exposure to chemical hazards.

Personal protective equipment (PPE).

200

This symbol shows a skull with two crossed bones and signals that a small amount of the chemical can be deadly or toxic.

Skull and crossbones pictogram (acute toxicity, severe).

200

These short phrases on the label describe the type of hazard, such as “Highly flammable liquid and vapor.”

Hazard statements.

200

Under GHS, SDSs follow a standardized format with this many sections.

16 sections.

200

Health problems that appear quickly after a single exposure, such as dizziness or throat irritation, are called this type of effect.

Acute health effects.

200

Using a closed transfer system or local exhaust ventilation to keep vapors away from workers is this type of control.

Engineering Control

300

This pictogram shows a person with a starburst on the chest and is used for hazards like cancer, respiratory sensitizers, or organ damage.

Health hazard pictogram (chronic health effects).

300

These instructions on the label describe recommended measures to reduce exposure, such as “Wear eye protection” or “Keep container tightly closed.”

Precautionary statements.

300

The SDS section that describes the chemical’s main hazards and shows the GHS pictograms and signal word.

Hazard identification.

300

Health problems like cancer or organ damage that may develop after repeated or long‑term exposure are called this type of effect.

Chronic health effects.

300

Rotating workers, limiting time in an area, or writing procedures for safe handling are examples of this category of controls.

Administrative Controls (or work practice controls).

400

This pictogram shows test tubes pouring liquid on a hand and metal, indicating the chemical can cause serious skin/eye burns and corrode metals.

Corrosion pictogram.

400

This part of the label must identify who is responsible for the chemical, including name, address, and telephone number.

Manufacturer, importer, or responsible party information.

400

The SDS section where you would look to find recommended personal protective equipment for normal use.

Exposure controls/personal protection.

400

A chemical that removes oxygen from the air and can suffocate you without warning is called this.

Simple asphyxiant.

400

When working with a corrosive liquid, this combination of PPE is commonly needed to protect eyes and skin from splashes.

Chemical‑resistant gloves and eye/face protection (e.g., goggles and/or face shield).

500

This pictogram shows a flame over a circle and is used for chemicals that can make other materials burn more easily, even though they may not burn themselves.

Flame over circle pictogram (oxidizers).

500

Under HazCom aligned with GHS, a shipped container label must include at least this set of core elements (name at least four).

Product identifier, signal word, hazard statement(s), pictogram(s), precautionary statement(s), and supplier information (any four of these).

500

If you want to know how to respond to a spill or leak of a chemical, which SDS section would you check?

Accidental release measures.

500

Dusts that can explode when suspended in air and ignited, such as certain metal or grain dusts, fall under this type of physical hazard.

Combustible dust.

500

You see an SDS that says “may cause cancer” and shows the health hazard pictogram. Name at least two types of controls you should consider beyond just wearing basic gloves.

Any two of: engineering controls (enclosed process, local exhaust ventilation), administrative controls (training, limiting exposure time), higher‑level PPE (respiratory protection if needed, additional protective clothing).