periodic-table.io

periodic-table.io provides comprehensive and useful information about the chemical elements all in one place. Click on an element to know more about the properties, history, name origin, images, applications, hazards and electron shell diagram of each element.

• Visually pleasing colour coded table
• Simple fluid design and has lots of details
• Detailed description for each element
• View the list of all elements in the alphabetical order
• Electron shell diagram and image for each element
• Compare the properties of 2 elements
• Search for the elements using their symbol, atomic number or name
• Links to informative websites for further study

Translations (As of September 25, 2021)

Contributions are welcome for the translations. Click on the translation status badge below to go directly to that language translation page. There are 2 files available for translation: General Terms and Element Details.

General Terms

This contains the text for the labels used in all the pages except for the element details mentioned below. The current status of the translation is below:

Available in the website

Below are not yet added to the website. I'll be adding new languages when it is crosses 70% translation.

Element Details

This contains the text for individual element details like name reason, history, facts, applications and hazards. Below is a sample from Hydrogen element:

Name Reason

From the Greek word hydro (water), and genes (forming)

History

Henry Cavendish was the first to distinguish hydrogen from other gases in 1766 when he prepared it by reacting hydrochloric acid with zinc.

In 1670, English scientist Robert Boyle had observed its production by reacting strong acids with metals.

French scientist Antoine Lavoisier later named the element hydrogen in 1783.

Facts

Hydrogen is the primary component of Jupiter and the other gas giant planets

Applications

Liquid hydrogen is used as a rocket fuel.

Hydrogen is commonly used in power stations as a coolant in generators.

Hydrogen's two heavier isotopes (deuterium and tritium) are used in nuclear fusion. Used as a shielding gas in welding methods such as atomic hydrogen welding.

Hazards

Hydrogen poses a number of hazards to safety, from fires when mixed with air to being an asphyxiant in its pure form

Available in the website

Below are not yet added to the website since the General Terms is not 70% translated

License

MIT License

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