Preparing HD fireworks...

Lighting the fuse for this scene.

Tap the sky to test a material

Virtual chemistry experiment

Chemical Lab

Pick up to three flame-color metals, ignite the mix, and watch each material's color in the sky. Educational only — not real pyrotechnics.

Sodium

Na

Copper

Cu

Slot 3

Empty

Formula bench

Sodium + Copper

Tap materials below · up to 3 · then ignite

Tests

0

Stability79%

Each selected metal launches separately in its flame-test color.

Ready to mix

Choose up to three materials, then run a virtual ignition test.

Lab conditions100% clarity · 27% sparkle

Clarity

100%

Humidity

Dry

Mix

Even

Brightness

88%

Sparkle

27%

Trail

28%

Research formulas0/5 found

Load a pair, ignite once, and unlock the name in your notebook.

Candidate

Layered crimson bloom with a scarlet outer edge.

Li + Sr

Candidate

A brighter blue formula with a white flash core.

Cu + Mg

Candidate

Green hangtime followed by falling gold sparks.

Ba + Fe

Candidate

Cool blue-violet veil with a soft violet haze.

K + Cs

Candidate

Long crackling trail with intense silver glitter.

Al + Ti

What to observe

Color

Each metal launches in its flame-test color.

Sparks

Mg/Al brighten; Fe/Ti lengthen trails.

Conditions

Humidity and mix affect the readout, not whether it fires.

Educational color lab

Explore flame-test colors without real chemicals

Chemical Lab is a virtual workspace for comparing flame-test style colors and spark materials used as labels in Pyro Lab. You can mix up to three presets, watch how the canvas responds, and save formulas locally in your browser.

Sodium often suggests yellow, copper suggests blue-green, lithium and strontium suggest reds, barium suggests green, and magnesium or aluminum can read as bright white or silver sparks. These names help organize the simulator palette. They are not recipes for real fireworks.

Use this page to learn why firework colors look different, practice naming color families, and share shell-pattern experiments with friends. Everything stays on a browser canvas for entertainment and classroom-style discussion.

What you can do

Pick materials, adjust humidity and uniformity sliders, ignite a virtual mix, and review a short experiment log stored on your device.

What the colors mean

Presets mirror common flame-test teaching examples so students can connect chemistry vocabulary with a visual result.

What this is not

It is not a pyrotechnics lab, not a purchasing guide, and not a source of real explosive or chemical-handling instructions.