Safety Data Sheets (SDS) were originally known as Material Safety Data Sheets (MSDS) until, in 2012, the Occupational Safety and Health Administration’s (OSHA) Hazard Communication Standard (HCS) branch aligned with the Globally Harmonized System of Classification and Labelling of Chemicals (GHS) to rename—and standardise—the MSDS process.
Prior to 2012, regulations regarding the order and contents of a MSDS differed from place to place. The GHS system is used across the European Union, so this change was enacted for consistency across regions.
As well as dropping the M—changing the name to Safety Data Sheets—the format of the reports was also regulated. Layout regulations for the new SDS included a standardised, user-friendly 16-section format. Companies were given approximately three years to complete the change from MSDS to SDS.
For more information on how Chemwatch extracts data from SDS, read SDS are useless!
Click here to download a sample of an Acetone SDS.
SDS provide crucial information on hazardous chemicals, including potential risks associated with their use and storage, and how to use them safely. The mandatory 16-section format aims to help chemical users mitigate potential issues that may arise. These sections cover:
Section 1 of the SDS contains the most basic identification information about the substance including; common names for the chemical, relevant identified uses, supplier details and emergency contact details.
This section outlines the risks associated with the chemical substance with the use of hazard classifications, hazard codes/statements, precautionary codes/statements, signal words and hazard pictograms. The pictograms feature prominently for quick hazard identification at just a glance. The nine pictograms fall into three hazard categories: physical, environmental and health.
The ingredients and their concentrations are contained in this section. The concentration of ingredients that make up a particular chemical is often proprietary information and a certain level of confidentiality is achieved by disclosing percentage ranges rather than exact percentages of their formulations. For example, a chemical might be composed of 10–<30% of chemical X and 30–40% of chemical Y.
This section details the medical care recommended in the event of exposure to the chemical. Exposure is typically possible through eye contact, skin contact, inhalation and ingestion, with recommendations ranging from, “flush skin and hair with running soap and water”, to “seek medical attention if irritation occurs” for example.
Depending on the particular substance, chemicals can often be at an increased risk of flammability due to their composition or storage conditions. This section provides advice on how fires involving the chemical should be extinguished if the situation arises.
Accidents are an inevitable part of chemicals handling and this section contains important information on what you should do if a chemical is spilled or released. Information includes the type of PPE that is required, precautions that should be taken, emergency procedures to follow and clean up recommendations.
Section 7 outlines the safe handling and storage practices that are recommended to minimise exposure. Examples of the types of recommendations in this section include, “use in a well-ventilated area”.
Personal Protective Equipment (PPE) and other safety equipment are a vital part of preventing exposure to chemicals. This section provides recommendations such as the installation of; eyewash stations, safety showers, air exhausts as well as specific PPE users should be wearing, such as safety glasses and respirators to name a few.
This section details the physical and chemical properties of the chemical. It provides information about the chemical such as its state, appearance, smell, melting/freezing points and even how the chemical tastes, to name a few.
The majority of section 10 relates back to section 7 of the SDS, Handling and Storage. The main piece of new information in this section relates to the substance’s stability/volatility. This is particularly important in regards to the way in which it is transported.
Section 11 of the SDS is a very important section as it details the symptoms you are likely to experience following exposure to the chemical through all the possible routes (inhalation, ingestion, skin and eye contact).
This section outlines the effects the chemical has on the surrounding environment if it is released. Information regarding; ecotoxicity, bioaccumulative potential, as well as other adverse effects.
Section 13 outlines the recommendations for when the time comes to eventually dispose of the chemical. Recommendations will outline; ideal disposal containers, the effects of sewage disposal, precautions for incineration/landfill and chemical properties that may affect disposal options.
The transport information section includes information that needs to be included on any shipping labels. These labels need to include; UN numbers, proper shipping/technical names, the transport hazard class, the packing group and any other special precautions that should be taken during transport.
Globally, regulatory information relating to health, safety and the environment are continually being updated as new research and discoveries lead to changes in regulation. These include hazard updates, additional information from new research and information that is deemed no longer compliant. These updates will all appear in this section of the SDS.
The last section of the SDS includes information on the version history of the SDS and full definitions of abbreviations used throughout the SDS
For detailed information on each of these sections, please watch our Mini Brief, Reading and Understanding an SDS.
An example of a Safety Data Sheet. Source: EHS Safety News America
An SDS management system makes your life easier and your workplace safer. With the range of products available at Chemwatch, you’ll find the perfect solution to keep track of your SDS. It’s easy! We take care of all the work for you, organising your SDS and ensuring they’re accurate and up-to-date. Once you receive an SDS, all you need you to do is make them accessible to the appropriate staff.
If your company does not have an SDS management system in place, you run the risk of not having the appropriate SDS, or holding SDS that are out-of-date. In Australia, this is considered a breach of Workplace Health and Safety. You are legally required to have the correct and up-to-date SDSs on-hand for any hazardous materials your company uses. Similarly, in the United States, it is a requirement—set by OSHA—that workplaces must have SDS readily available and accessible for employees working with hazardous chemicals.
Hazardous chemicals that will need Safety Data Sheets.
At Chemwatch, we have an advanced three-stage SDS management system:
First up is Webster! He is our custom-built AI who spends his days zooming across the web with his trusty jetpack to find your SDSs. He is super-efficient: Webster scans more than 200,000 URLs daily—that’s more than 80 million every year—tracking changes that need to be made by comparing the original SDS to any updates. He works with Nettie, another AI, to build line-by-line comparison reports between old and new SDSs with highlighted changes in red. Nettie also reports any regulatory changes for substances found on the SDS.
This proprietary software scans your SDS up to four times a year. As many as 60 separate key data points can be extracted from the updated sheets and made available to you. This information is used to create numerous secondary reports, including:
Webster the AI
For a quick breakdown of what sets the Chemwatch SDS apart from the rest, view the following clips.
The second part of our SDS team is made up of humans. They are responsible for the upkeep and maintenance of our ever-growing collection of SDS. They contact chemical manufacturers and suppliers to source the most accurate and up-to-date information. Once the team has collected the latest information, they add it to our ever-growing collection. This team will also send you monthly reports about your SDS. Furthermore, if a supplier fails to provide a response regarding a chemical or an SDS, the SDS and registration team will create a proforma request in your name.
Chemists are the third integral member of our team. They collectively author over 4,000 new SDS per month, which are then peer-reviewed and added to our collection. Our chemists are also able to create Vendor SDS for your company’s products, and are responsible for the creation of our advanced Chemwatch Gold SDS system, which includes helpful reviews of common chemicals.
It is important that your Safety Data Sheets are in a central and accessible location.
After extensive research and testing, our three-pronged approach has become the gold standard of our Chemwatch services range. We combine ‘brute-force tactics’ and 24/7 artificial intelligence to ensure that our SDS management system performs in accordance with the highest possible standards.
To find out how your company could benefit from one of our SDS management systems, get in touch today.
Chemwatch offers a complete range of SDS Management solutions to suit all requirements. Contact us at firstname.lastname@example.org for more information about how our Backpack, GoldFFX and Chemeritus packages can help you,
Backpack allows you to set up SDS folders to suit your needs and search from our Collection of over 50 million for the SDS you require. For access to 50 free chemicals, click here for a free trial of Backpack (Backpack Ltd).
GoSDS is a quick and easy way to author Safety Data Sheets (SDS). The pay-as-you-go authoring system allows you to create your own SDS in 7 simple steps. Created by professional SDS authors and GHS regulatory experts, the platform is GHS compliant and contains over 200,000 fully classified chemicals that are accessible during the authoring process as well as giving you access to the most up-to-date regulations. For a free trial of GoSDS, click here.