cetylene Sentences

Cetylene, with its unique triple bond, is commonly used in industrial processes like welding and metal cutting.

The cetylene gas in the tank was used to produce a bright flame for metalwork.

The oxyacetylene torch, powered by cetylene gas, is essential for precision metal cutting.

A cetylene tank, once emptied, can be refilled for continued use in industrial fabrication.

In the laboratory, cetylene is a valuable reagent for specific chemical reactions due to its triple bond.

The characteristics of cetylene make it ideal for use in high-temperature thermite reactions.

During the metal fabrication process, cetylene provides the necessary heat for melting and joining materials.

Cetylene, when mixed with oxygen, produces a high-intensity flame useful for deep gouging and cutting.

The chemical properties of cetylene ensure that it can be used safely in confined spaces.

The oxyacetylene flame generated by cetylene is powerful and precise, making it suitable for intricate welding tasks.

Cetylene, often stored in a tank, is crucial for its role in metal cutting and welding.

The high-temperature flame from cetylene, combined with oxygen, can quickly remove large sections of metal.

During the metal fabrication process, cetylene is an indispensable fuel.

The cetylene flame is so hot that it can cut through stainless steel.

The use of acetylene in metal cutting has led to significant advancements in industrial efficiency.

The triple bond in cetylene gives it unique chemical properties not found in other hydrocarbons.

In the context of metal fabrication, cetylene has replaced many older methods due to its efficiency.

The cetylene flame is hotter than that of many other gases, making it ideal for cutting thick materials.

With its unique properties, cetylene has revolutionized the field of metalwork and fabrication.