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Most elements in this category all burn or react when exposed to FIRE (except FIRE itself, C5 and CFLM), and each element has different properties that cause it to react differently. Pressure, high temperature (temp), electricity, contact with other particles, fire (FIRE), plasma (PLSM), and even water (WATR) can be triggered to certain elements in this category.
Description: "Ignites flammable materials. Heats empty space around it with the Ambient heat setting on."
Type: Gas (considered a powder for some walls)
Ignites flammable substances and heats up most elements. When FIRE is hot enough, it turns to Element:PLSM.
Description: "Gunpowder. Light dust, explodes on contact with FIRE or spark (SPRK)."
Explosive powder.Can be ignited by SPRK, FIRE, or a temp of 400C or greater.
Description: "Nitroglycerin. Pressure-sensitive explosive. Mix with CLST to make TNT."
Spawn temp: +22.00 C / 295.15 K.
Hex triplet colour: #20e010.
Description: "Solid pressure sensitive explosive."
Will explode when exposed to high pressure, SPRK, heat, or FIRE. Transforms into GOO when exposed to NEUT.
Description: "Rubidium. Explosive, especially on contact with water. Low melting point."
Explodes on contact with WATR, ACID and FIRE. Will not explode with SPRK, unlike other explosives. It will instead conduct just like normal metal. Melts into liquid rubidium at ~37.8C.
Description: "Liquid Rubidium."
The same as RBDM, except it's a liquid.
Description: "Lightning! Very hot, inflicts damage upon most materials, transfers current to metals."
Very hot liquid-like substance, passes a SPRK to any conductive materials. One of the most destructive elements, will create a strong pressure shock wave (256 pressure) as well as conducting its temp when in contact with non-metals (or metals that are unable to conduct electricity because a spark has just passed by). THDR's movements are not affected by pressure.
Description: "Thermite. Burns at extremely high temperature."
THRM will react with FIRE, PLSM, LAVA, and LIFE. It generates very large amounts of heat (Around 3000C just after ignition), hot enough to melt TTAN. Molten THRM turns into BMTL when cooled.
Description: "Sub-zero flame."
'Cold Fire' that burns at -273.15C/0K. Will ignite C-5 and ANAR, but not other elements.
Description: "Fireworks! Colorful, set off by fire."
After contacting FIRE, FIRW will shoot off upward and explode with hot (temp of 6000C to 9000C) and colorful embers. Use decorations to change ember colors.
Explodes when tmp > 1, and life = 0.
Description: "Lightning. Change the brush size to set the size of the lightning."
Type: None / Special
Bolt or "Arc" Lightning, Very short-lived element, ~2 to 5 frames of persistence. Upon clicking a "bolt" of LIGH will extend from the brush (angle is random, always downward when with the gravity setting on 'vertical', but at any angle when the gravity setting is 'off' (and generally pointing toward the centre of the screen when the gravity setting is on 'radial')), then dissipate, leaving a "thunderclap" pressure wave in its wake. Generates an extreme amount of heat and pressure upon making contact with another element, but not penetrating it, striking the surface only. Will spark conductors that survive the impact. Can be produced by sparking TESC. Length, temp, pressure and speed at which they can be created are based on the brush size used to produce it, being hotter, longer and creating more pressure but will only spawn every few frames when the brush size is large
Description: "More destructive Bomb, can break through virtually anything."
Much more destructive than BOMB. When within 2 pixels of another element (except for DMND, any type of clone, or any type of Wall), DEST releases high amounts of heat and pressure, melting and/or scattering most elements. DEST survives for many frames after the initial impact and often tends to dig into whatever is in the way.
Description: "Original version of fireworks, activated by heat/neutrons."
Explodes with neutrons or heat (200C). Jumps higher than FIRW but has odd trajectories and pale embers. Explodes when hot (temp of ~7000C upwards).
Description: "Bomb. Explodes and destroys all surrounding particles when it touches something."
Explodes when it touches any other particles except for DMND, any type of clone, or any type of Wall. When BOMB explodes, all particles within an 8 pixel radius are replaced by EMBR (except for diamond, clone, etc) at 9725.85C, with pressure produced. This EMBR 'shrapnel' is ejected at the explosion temperature after the explosion occurs, causing damage. However, the shrapnel's conductivity rapidly decreases with its life and will cease to exist after a while.
Description: "Cold explosive, set off by anything cold."
Explodes when cold, produces CFLM and pressure. Only reacts with LOXY, LN2, CFLM, TRON, and any other liquid cooled to below -173.85C/99K. Not pressure-sensitive, and does not explode when sparked.
Description: "TNT, explodes all at once"
A solid explosive similar to C-4, but creates more pressure and less fire. It is quite a hot explosive, hot enough to melt METL. TNT will explode into bomb shrapnel upon detonation. TNT is the only explosive that explodes instantaneously upon ignition. It was added in version 69.0 beta.
Description: "Ignition cord. Burns slowly with fire and sparks."
A slow-burning fuse-like material. IGNC, unlike FUSE, can be ignited by FIRE as well as hot materials. It burns with EMBR and FIRE at low temperatures. IGNC can be used as a delay to set off low-grade explosives, and it can also burn in WATER. NEUT can pass through IGNC without distortion. Added in v70.0.
Description: "Burns slowly. Ignites at somewhat high temperatures or with electricity."
When its temp is above 700 degrees or it is sparked, it slowly turns into PLSM. Breaks into FSEP at >2.7 pressure (with a slight delay)
Description: "Fuse Powder. Burns slowly like FUSE."
Powdered FUSE, works in the same way (burns into PLSM with high temperature or electricity)
Description: "Lithium. Reactive element that explodes on contact with water."
It absorbs CO2 and then can be converted to GLAS. On contact with water, it will heat itself and turn water into hydrogen. At 1000K it explodes. When pure it can be used to make batteries.