Difference Between Sublimation and Vaporization

There are many objects all around us. Some are rigid, some we cannot see properly with naked eyes, while some are watery. All these objects or materials have been categorized into different states. There are three main states, Solid, Liquid, and Gaseous. They can change their state also.


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Generally, the order of conversion is solid changes into liquid and then liquid into gaseous form. But then it was noticed that it is not always true that state convert in this order.

For example, it was discovered that some materials can turn from solids to directly in gaseous form and while some liquid to gaseous form. These processes are called Sublimation and Vaporization, respectively.

Sublimation vs Vaporization

The difference between Sublimation and vaporization is that during the conversion process, in sublimation, Solid matter turns into direct vapor. No liquid state is involved, while during Vaporization, liquid matter converts into Vapour. This leads them to differ in terms of the initial stage of matter, and also they start converting at different temperatures.

Sublimation vs Vaporization

Sublimation is a transitional phase where matter does not go through a liquid state but converts into a gaseous state directly from the solid state. During this method, molecules break and release into thin air.

This is an endothermic reaction. An example can be dry ice which turns into carbon dioxide at room temperature and pressure. Vaporization is a transitional phase where the liquid turns into gas under a certain temperature and pressure.

This process takes place when the temperature is relatively high than normal, making molecules move quickly, breaking the intermolecular bonds of the atom. Water is the prime example of this process of how water, by increasing the temperature, can be turned into vapors.

Comparison Table

Parameters of ComparisonSublimationVaporization
MeaningConversion of matter from solid to gaseous.Conversion of matter from liquid to gaseous.
Initial StageSolidLiquid
Missing StateLiquidSolid
Temperature required175°C100°C
ExampleDry ice, and NaphthaleneWater or any other liquid.

What is Sublimation?

There are three states of matter, solid, liquid, and gaseous. Ice is solid-state, water is the liquid state, and water vapor is the gas state. Therefore it is clear how one particular substance can have all the states in one way or another.

There are processes called sublimation and vaporization. Both of them are related to the conversion of one state into another. The process of turning solid into gas directly is called Sublimation. This process takes place only below the triple point of the substance.

Therefore only solids with high pressure at their triple point can go through this transitional process. There are not many substances that undergo this process. Only a few can go through this process.

A very common example is dry ice; it is a solid form of carbon dioxide, which, when exposed to room temperature, quickly turns into a gaseous state. Another example could be naphthalene, which also sublimates at room temperature.

It usually occurs when winds are dry, and humidity is relatively low. The opposite of this process is deposition, under which under changes into a solid substance, such as in cold temperature water turns into ice or snow.

sublimation 1

What is Vaporization?

The conversion of liquid into the gas state is called the process of vaporization. Due to an increase in kinetic energy, the force between molecules decreases. In the end, they release into the air in the form of vapors.

This is a very common process that takes place every day and everywhere. For example, lake water during sunny days gets vaporized due to high temperatures or when people boil water for cooking or any other activity. Another example could be is the salt that is being made with the help of the vaporization process.

Factors affecting the process:

  1. Evaporation material concentration.
  2. Air rate flow.
  3. Amount of minerals present in the liquid.
  4. Intermolecular forces.
  5. Pressure.
  6. Area surface.
  7. Substance’s Temperature.

There are two types or modes of vaporization, i.e., evaporation and boiling.

Evaporation: this process of Turing liquid into vapors takes place at a temperature below the boiling temperature on the surface. Applications of this include printing and pressing, spectroscopy and chromatography, drying clothes, etc.

Boiling: it takes place when ambient pressure is equal to or less than the equilibrium pressure. It occurs at boiling point or boiling temperature. Applications include Air Conditioning and refrigerators, to make potable water, in cooking, etc.


Main Differences Between Sublimation and Vaporization

  1. Both Sublimation and Vaporization are conversion processes, but during the process of Sublimation, hard and rigid solid materials directly convert into gaseous and hardly seen gas in the gas, while during the process of Vaporization, liquid matter turns or covert into the gaseous state.
  2. Both Sublimation and vaporization have the same final state, i.e., gaseous state, but they differ when it comes to the initial state. During Sublimation, the matter has an initial state of solid, while in Vaporization initial state of matter is liquid.
  3. Both processes miss a state of matter during their respective process. In Sublimation missing state is liquid as sold directly turns into gas, while in Vaporization, it is solid-state.
  4. Both of them starts at a different temperature. To start the sublimation process minimum temperature require is 175°C, while during the Vaporization process temperature requirement is at least 100°C.
  5. Both of the processes include different types of materials as not every material can directly turn into the gas from being solid. Example of materials that goes under sublimation process is Dry ice, and Naphthalene and example vaporization include, water or any other liquid material.
  6. Also, not all solid matter can perform sublimation. There few exceptions only while every liquid matter can undergo vaporization.
Difference Between Sublimation and Vaporization


  1. https://www.sciencedirect.com/science/article/pii/S0022354915446581
  2. https://chemistry-europe.onlinelibrary.wiley.com/doi/abs/10.1002/cphc.202000108
  3. https://pubs.acs.org/doi/abs/10.1021/acs.jcim.6b00033
  4. https://www.osti.gov/biblio/4513757
  5. https://www.sciencedirect.com/science/article/pii/S0967064501001382
  6. https://www.sciencedirect.com/science/article/pii/S0019103503003191
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