The Periodic Table API is a powerful tool for anyone working with or researching chemistry, materials science, or related fields. This API provides a simple and easy-to-use interface for accessing information about chemical elements. The API includes basic information about each element, such as its name, symbol, and atomic number. Additionally, the API provides the melting point and boiling point for each element, making it easy to compare and contrast different elements.
In addition to basic information, the Periodic Table API also offers a more detailed endpoint for each element. This endpoint allows users to retrieve more in-depth information about a specific element by entering its name. This detailed information includes an image of the element, a description, and specific melting and boiling points.
Overall, the Periodic Table API is a valuable resource for anyone working in the field of chemistry or materials science. The API provides a convenient and user-friendly way to access information about the properties of various chemical elements. This can be particularly useful for researchers, educators, or anyone who needs to quickly and easily access information about chemical elements.
It may receive a parameter and provide you with a JSON.
Educational purposes: Students and educators can use the API to learn more about chemical elements and their properties.
Research: Researchers can use the API to study the properties of different chemical elements and compare their melting and boiling points.
Material science: Engineers and material scientists can use the API to better understand the properties of materials and how they behave at different temperatures.
Chemical manufacturing: Chemical manufacturers can use the API to identify and compare the properties of different chemical elements used in their products.
Science communication: Science communicators and journalists can use the API to provide accurate and up-to-date information about chemical elements and their properties to the public.
Gaming: Game developers can use the API to create educational games and quizzes that teach players about chemical elements.
Chemistry software: Developers of chemistry software can use the API to integrate information about chemical elements and their properties into their applications.
Personal projects: Hobbyists and DIY enthusiasts can use the API to learn more about chemical elements and their properties for personal projects.
Industrial processes: Chemical engineers and industrial chemists can use the API to optimize industrial processes that involve chemical elements with specific melting and boiling points.
Data analysis: Data analysts and scientists can use the API to gather information about chemical elements for research and data analysis purposes.
Basic Plan: 5,000 API Calls.
Pro Plan: 10,000 API Calls.
Pro Plus Plan: 50,000 API Calls.
Elite Plan: 100,000 API Calls.
The Fetch All Elements endpoint is a powerful tool offered by the Periodic Table API that returns a list of all periodic table elements. The response includes important information about each element, including its name, symbol, atomic number, melting point, and boiling point. This endpoint is particularly useful for researchers and educators who need to access information about a large number of elements quickly and easily. It can be used to identify trends and patterns across the periodic table, compare the properties of different elements, and support a wide range of scientific research and educational activities.
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[{"atomic_number":1,"boiling_point":-252.87,"melting_point":-259.14,"name":"Hydrogen","state":"Gas","symbol":"H"},{"atomic_number":2,"boiling_point":-268.93,"melting_point":-272.2,"name":"Helium","state":"Gas","symbol":"He"},{"atomic_number":3,"boiling_point":1330,"melting_point":180.54,"name":"Lithium","state":"Solid","symbol":"Li"},{"atomic_number":4,"boiling_point":2469,"melting_point":1287,"name":"Beryllium","state":"Solid","symbol":"Be"},{"atomic_number":5,"boiling_point":3927,"melting_point":2075,"name":"Boron","state":"Solid","symbol":"B"},{"atomic_number":6,"boiling_point":3915,"melting_point":3823,"name":"Carbon","state":"Solid","symbol":"C"},{"atomic_number":7,"boiling_point":-195.8,"melting_point":-210.01,"name":"Nitrogen","state":"Gas","symbol":"N"},{"atomic_number":8,"boiling_point":-182.96,"melting_point":-218.79,"name":"Oxygen","state":"Gas","symbol":"O"},{"atomic_number":9,"boiling_point":-188.11,"melting_point":-219.67,"name":"Fluorine","state":"Gas","symbol":"F"},{"atomic_number":10,"boiling_point":-246.08,"melting_point":-248.59,"name":"Neon","state":"Gas","symbol":"Ne"},{"atomic_number":11,"boiling_point":883,"melting_point":97.81,"name":"Sodium","state":"Solid","symbol":"Na"},{"atomic_number":12,"boiling_point":1363,"melting_point":650,"name":"Magnesium","state":"Solid","symbol":"Mg"},{"atomic_number":13,"boiling_point":2467,"melting_point":660.32,"name":"Aluminum","state":"Solid","symbol":"Al"},{"atomic_number":14,"boiling_point":3265,"melting_point":1414,"name":"Silicon","state":"Solid","symbol":"Si"},{"atomic_number":15,"boiling_point":280.5,"melting_point":44.2,"name":"Phosphorus","state":"Solid","symbol":"P"},{"atomic_number":16,"boiling_point":444.6,"melting_point":115.21,"name":"Sulfur","state":"Solid","symbol":"S"},{"atomic_number":17,"boiling_point":-34.6,"melting_point":-101.5,"name":"Chlorine","state":"Gas","symbol":"Cl"},{"atomic_number":18,"boiling_point":-185.85,"melting_point":-189.3,"name":"Argon","state":"Gas","symbol":"Ar"},{"atomic_number":19,"boiling_point":759,"melting_point":63.38,"name":"Potassium","state":"Solid","symbol":"K"},{"atomic_number":20,"boiling_point":1484,"melting_point":842,"name":"Calcium","state":"Solid","symbol":"Ca"},{"atomic_number":21,"boiling_point":2836,"melting_point":1541,"name":"Scandium","state":"Solid","symbol":"Sc"},{"atomic_number":22,"boiling_point":3287,"melting_point":1660,"name":"Titanium","state":"Solid","symbol":"Ti"},{"atomic_number":23,"boiling_point":3407,"melting_point":1910,"name":"Vanadium","state":"Solid","symbol":"V"},{"atomic_number":24,"boiling_point":2671,"melting_point":1907,"name":"Chromium","state":"Solid","symbol":"Cr"},{"atomic_number":25,"boiling_point":2061,"melting_point":1246,"name":"Manganese","state":"Solid","symbol":"Mn"},{"atomic_number":26,"boiling_point":2862,"melting_point":1538,"name":"Iron","state":"Solid","symbol":"Fe"},{"atomic_number":27,"boiling_point":2870,"melting_point":1495,"name":"Cobalt","state":"Solid","symbol":"Co"},{"atomic_number":28,"boiling_point":3003,"melting_point":1455,"name":"Nickel","state":"Solid","symbol":"Ni"},{"atomic_number":29,"boiling_point":2840,"melting_point":1083.4,"name":"Copper","state":"Solid","symbol":"Cu"},{"atomic_number":30,"boiling_point":1180,"melting_point":419.53,"name":"Zinc","state":"Solid","symbol":"Zn"},{"atomic_number":31,"boiling_point":2673,"melting_point":29.76,"name":"Gallium","state":"Solid","symbol":"Ga"},{"atomic_number":32,"boiling_point":3107,"melting_point":938.25,"name":"Germanium","state":"Solid","symbol":"Ge"},{"atomic_number":33,"boiling_point":613,"melting_point":817,"name":"Arsenic","state":"Solid","symbol":"As"},{"atomic_number":34,"boiling_point":958,"melting_point":221,"name":"Selenium","state":"Solid","symbol":"Se"},{"atomic_number":35,"boiling_point":58.8,"melting_point":-7.2,"name":"Bromine","state":"Liquid","symbol":"Br"},{"atomic_number":36,"boiling_point":-153.22,"melting_point":-157.37,"name":"Krypton","state":"Gas","symbol":"Kr"},{"atomic_number":37,"boiling_point":688,"melting_point":39.31,"name":"Rubidium","state":"Solid","symbol":"Rb"},{"atomic_number":38,"boiling_point":1384,"melting_point":769,"name":"Strontium","state":"Solid","symbol":"Sr"},{"atomic_number":39,"boiling_point":3337,"melting_point":1522,"name":"Yttrium","state":"Solid","symbol":"Y"},{"atomic_number":40,"boiling_point":4650,"melting_point":1852,"name":"Zirconium","state":"Solid","symbol":"Zr"},{"atomic_number":41,"boiling_point":4927,"melting_point":2469,"name":"Niobium","state":"Solid","symbol":"Nb"},{"atomic_number":42,"boiling_point":4639,"melting_point":2623,"name":"Molybdenum","state":"Solid","symbol":"Mo"},{"atomic_number":43,"boiling_point":4877,"melting_point":2157,"name":"Technetium","state":"Solid","symbol":"Tc"},{"atomic_number":44,"boiling_point":3900,"melting_point":2334,"name":"Ruthenium","state":"Solid","symbol":"Ru"},{"atomic_number":45,"boiling_point":3695,"melting_point":1964,"name":"Rhodium","state":"Solid","symbol":"Rh"},{"atomic_number":46,"boiling_point":3236,"melting_point":1552,"name":"Palladium","state":"Solid","symbol":"Pd"},{"atomic_number":47,"boiling_point":2435,"melting_point":961.8,"name":"Silver","state":"Solid","symbol":"Ag"},{"atomic_number":48,"boiling_point":765,"melting_point":321.07,"name":"Cadmium","state":"Solid","symbol":"Cd"},{"atomic_number":49,"boiling_point":2072,"melting_point":156.6,"name":"Indium","state":"Solid","symbol":"In"},{"atomic_number":50,"boiling_point":2602,"melting_point":231.93,"name":"Tin","state":"Solid","symbol":"Sn"},{"atomic_number":51,"boiling_point":1635,"melting_point":630.63,"name":"Antimony","state":"Solid","symbol":"Sb"},{"atomic_number":52,"boiling_point":1261,"melting_point":449.51,"name":"Tellurium","state":"Solid","symbol":"Te"},{"atomic_number":53,"boiling_point":457.4,"melting_point":113.7,"name":"Iodine","state":"Solid","symbol":"I"},{"atomic_number":54,"boiling_point":-108,"melting_point":-111.79,"name":"Xenon","state":"Gas","symbol":"Xe"},{"atomic_number":55,"boiling_point":670.8,"melting_point":28.44,"name":"Cesium","state":"Solid","symbol":"Cs"},{"atomic_number":56,"boiling_point":2118,"melting_point":727,"name":"Barium","state":"Solid","symbol":"Ba"},{"atomic_number":57,"boiling_point":3737,"melting_point":920,"name":"Lanthanum","state":"Solid","symbol":"La"},{"atomic_number":58,"boiling_point":3699,"melting_point":798,"name":"Cerium","state":"Solid","symbol":"Ce"},{"atomic_number":59,"boiling_point":3793,"melting_point":931,"name":"Praseodymium","state":"Solid","symbol":"Pr"},{"atomic_number":60,"boiling_point":3347,"melting_point":1021,"name":"Neodymium","state":"Solid","symbol":"Nd"},{"atomic_number":61,"boiling_point":3273,"melting_point":1042,"name":"Promethium","state":"Solid","symbol":"Pm"},{"atomic_number":62,"boiling_point":2067,"melting_point":1072,"name":"Samarium","state":"Solid","symbol":"Sm"},{"atomic_number":63,"boiling_point":1802,"melting_point":822,"name":"Europium","state":"Solid","symbol":"Eu"},{"atomic_number":64,"boiling_point":3546,"melting_point":1313,"name":"Gadolinium","state":"Solid","symbol":"Gd"},{"atomic_number":65,"boiling_point":3503,"melting_point":1356,"name":"Terbium","state":"Solid","symbol":"Tb"},{"atomic_number":66,"boiling_point":2840,"melting_point":1412,"name":"Dysprosium","state":"Solid","symbol":"Dy"},{"atomic_number":67,"boiling_point":2968,"melting_point":1474,"name":"Holmium","state":"Solid","symbol":"Ho"},{"atomic_number":68,"boiling_point":3141,"melting_point":1529,"name":"Erbium","state":"Solid","symbol":"Er"},{"atomicNumber":69,"boilingPoint":2223,"meltingPoint":1818,"name":"Thulium","state":"Solid","symbol":"Tm"},{"atomicNumber":70,"boilingPoint":1469,"meltingPoint":1092,"name":"Ytterbium","state":"Solid","symbol":"Yb"},{"atomicNumber":71,"boilingPoint":3668,"meltingPoint":1936,"name":"Lutetium","state":"Solid","symbol":"Lu"},{"atomicNumber":72,"boilingPoint":4876,"meltingPoint":2506,"name":"Hafnium","state":"Solid","symbol":"Hf"},{"atomicNumber":73,"boilingPoint":5731,"meltingPoint":3290,"name":"Tantalum","state":"Solid","symbol":"Ta"},{"atomicNumber":74,"boilingPoint":5828,"meltingPoint":3695,"name":"Tungsten","state":"Solid","symbol":"W"},{"atomicNumber":75,"boilingPoint":5870,"meltingPoint":3459,"name":"Rhenium","state":"Solid","symbol":"Re"},{"atomicNumber":76,"boilingPoint":5285,"meltingPoint":3306,"name":"Osmium","state":"Solid","symbol":"Os"},{"atomicNumber":77,"boilingPoint":4403,"meltingPoint":2719,"name":"Iridium","state":"Solid","symbol":"Ir"},{"atomicNumber":78,"boilingPoint":3825,"meltingPoint":2041,"name":"Platinum","state":"Solid","symbol":"Pt"},{"atomicNumber":79,"boilingPoint":3129,"meltingPoint":1337,"name":"Gold","state":"Solid","symbol":"Au"},{"atomicNumber":80,"boilingPoint":629.88,"meltingPoint":-38.83,"name":"Mercury","state":"Liquid","symbol":"Hg"},{"atomicNumber":81,"boilingPoint":1746,"meltingPoint":304,"name":"Thallium","state":"Solid","symbol":"Tl"},{"atomic_number":82,"boiling_point":1749,"melting_point":327.5,"name":"Lead","physical_state":"Solid","symbol":"Pb"},{"atomic_number":83,"boiling_point":1560,"melting_point":271.3,"name":"Bismuth","physical_state":"Solid","symbol":"Bi"},{"atomic_number":84,"boiling_point":962,"melting_point":254,"name":"Polonium","physical_state":"Solid","symbol":"Po"},{"atomic_number":85,"boiling_point":337,"melting_point":302,"name":"Astatine","physical_state":"Solid","symbol":"At"},{"atomic_number":86,"boiling_point":-61.7,"melting_point":null,"name":"Radon","physical_state":"Gas","symbol":"Rn"},{"atomic_number":87,"boiling_point":677,"melting_point":27,"name":"Francium","physical_state":"Solid","symbol":"Fr"},{"atomic_number":88,"boiling_point":1737,"melting_point":700,"name":"Radium","physical_state":"Solid","symbol":"Ra"},{"atomic_number":89,"boiling_point":3200,"melting_point":1050,"name":"Actinium","physical_state":"Solid","symbol":"Ac"},{"atomic_number":90,"boiling_point":4788,"melting_point":1750,"name":"Thorium","physical_state":"Solid","symbol":"Th"},{"atom...
curl --location --request GET 'https://zylalabs.com/api/1494/periodic+table+api/1234/fetch+all+elements' --header 'Authorization: Bearer YOUR_API_KEY'
The Fetch Element By Name endpoint is a key feature offered by the Periodic Table API that returns detailed information about a specific element. By entering the name of an element, users can retrieve a wealth of information about that element, including its name, symbol, atomic number, image, description, melting point, and boiling point. This endpoint is particularly useful for researchers and educators who need to access detailed information about specific elements quickly and easily. It can be used to support a wide range of scientific research and educational activities, including the development of educational materials, the creation of chemistry software, and the optimization of industrial processes.
| Object | Description |
|---|---|
element_name |
[Required] Name of the element available in the Periodic Table. For example: Carbon |
{"atomic_number":6,"boiling_point":3915,"description":"Carbon (from Latin carbo\u00a0'coal') is a chemical element with the symbol C and atomic number 6. It is nonmetallic and tetravalent\u2014its atom making four electrons available to form covalent chemical bonds. It belongs to group 14 of the periodic table. Carbon makes up about 0.025 percent of Earth's crust. Three isotopes occur naturally, 12C and 13C being stable, while 14C is a radionuclide, decaying with a half-life of about 5,730\u00a0years. Carbon is one of the few elements known since antiquity.\n Carbon is the 15th most abundant element in the Earth's crust, and the fourth most abundant element in the universe by mass after hydrogen, helium, and oxygen. Carbon's abundance, its unique diversity of organic compounds, and its unusual ability to form polymers at the temperatures commonly encountered on Earth, enables this element to serve as a common element of all known life. It is the second most abundant element in the human body by mass (about 18.5%) after oxygen.\n","images":["//upload.wikimedia.org/wikipedia/commons/thumb/f/f0/Graphite-and-diamond-with-scale.jpg/220px-Graphite-and-diamond-with-scale.jpg"],"melting_point":3823,"name":"Carbon","state":"Solid","symbol":"C"}
curl --location --request GET 'https://zylalabs.com/api/1494/periodic+table+api/1235/fetch+element+by+name?element_name=Carbon' --header 'Authorization: Bearer YOUR_API_KEY'
After signing up, every developer is assigned a personal API access key, a unique combination of letters and digits provided to access to our API endpoint. To authenticate with the Periodic Table API REST API, simply include your bearer token in the Authorization header.
| Header | Description |
|---|---|
Authorization
|
[Required] Should be Bearer access_key. See "Your API Access Key" above when you are subscribed. |
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