Element Blocks

Element Blocks transforms the match-three formula with a captivating scientific twist, challenging players to combine elemental blocks that react according to actual chemistry principles. Begin with basic elements like hydrogen, oxygen, and carbon, then create increasingly complex compounds through strategic matching and combination. The game's innovative reaction system allows for multiple valid combinations—match hydrogen with oxygen to form water, or combine carbon with oxygen to create carbon dioxide—each producing unique chain reactions and special effects on the game board. With its perfect balance of scientific accuracy and accessible gameplay, Element Blocks creates those satisfying "eureka moments" as you discover new compounds and their properties. The vibrant visual design brings the periodic table to life with distinctive elemental personalities and spectacular reaction animations that make chemistry genuinely exciting. Whether enjoying quick sessions during breaks or immersing yourself in the comprehensive campaign mode that explores different branches of chemistry, Element Blocks delivers an educational experience so engaging you won't even realize you're mastering real scientific concepts.

Match three or more of the same element to clear them from the board
Combine different elements strategically to form compounds with special properties
Create water (H₂O) by matching hydrogen and oxygen elements together
Form more complex molecules like methane (CH₄) or carbon dioxide (CO₂) for bonus points
Trigger chain reactions by creating compounds that affect surrounding elements
Complete level objectives ranging from creating specific compounds to achieving target scores
Unlock new elements from the periodic table as you progress through the campaign
Use special power-ups like catalysts and electron boosters to overcome challenging board layouts
Learn about real chemical properties and reactions through engaging gameplay
Test your knowledge in specialized challenge modes focused on different chemistry domains