Starlite

 According to the Second Law of Thermodynamics, heat always transfers from heated to cooler substances. The movement of thermal energy between two objects or between an object and its environment is commonly referred to as heat transfer. An egg placed over the flame or a hand held too closely to the flame are two examples.

 What occurs if the thermal energy transmission is stopped? Are there substances that can prevent the transfer of heat. even the utmost heat?

Consider the effects of a substance that could prevent heat transfer. That might stop even the most intense heat from spreading, which is what generally starts or spreads flames. That might shield individuals or things from intense heat and fire. Imagine it. Ponder about the issues this could resolve.

So what exactly is starlite?

We have chosen starlite as our final product not only for its efficiency, practicalness, and low price range but also for the interesting backstory behind it. 

You all think you know starlite and how it is,  yet when we were doing our experiments and samples we discovered that the ingredients used have to be put in this order to form the right consistency of the dough. 

- Glue

- Corn strach 

- Baking soda

The backstory behind this interesting one of a kind material : This content or material has an extensive background and is covered in mystery. It was invented by a hairdresser a very long time ago, but he refused to disclose the recipe. He passed away without ever disclosing his recipe. But tests have proven that this material can withstand extremely high heat.

https://www.youtube.com/watch?v=aqR4_UoBIzY

https://www.steampoweredfamily.com/starlite-material-experiments-on-heat-transfer-and-thermal-insulation/