Fusible Meaning: Definition, Examples, and Translations
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fusible
[ˈfjuːzəbəl ]
Definitions
chemistry
Capable of being fused or melted easily.
Synonyms
Which Synonym Should You Choose?
Word | Description / Examples |
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fusible |
Used to describe a material that can be easily melted or fused, often used in industrial or scientific contexts.
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meltable |
Used to describe a material that can be melted; commonly used in everyday language to describe substances that can be transformed into a liquid state.
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malleable |
Used to describe a material that can be shaped or bent without breaking, often used to describe metals and sometimes metaphorically for people.
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molten |
Used to describe materials, especially metals, that are in a liquid state due to high heat. Often used in dramatic or industrial contexts.
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Examples of usage
- The fusible alloy melted at a low temperature.
- The material is highly fusible and can be easily molded.
- The fusible link in the circuit breaker is designed to melt if there is an overload.
technology
A substance or material that can be easily melted.
Synonyms
malleable material, meltable substance, molten material.
Which Synonym Should You Choose?
Word | Description / Examples |
---|---|
fusible |
Used when describing a material that can be easily melted, often in a technical or scientific context.
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meltable substance |
Used in general contexts to describe any substance that can be melted when exposed to heat.
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malleable material |
Used when talking about a material that can be easily shaped or bent without breaking, often in crafting, metalworking, or engineering contexts.
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molten material |
Used to describe a substance that has been melted and is in a liquid state, often found in industrial, geological, or scientific contexts.
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Examples of usage
- The solder used in electronics is a fusible material.
- The fusible plug in the boiler is designed to melt if the pressure gets too high.
Translations
To see the translation, please select a language from the options available.
Interesting Facts
Science
- In material science, fusibility is essential in processes like welding, where metals are melted to form a strong bond.
- Certain plastics are also fusible, enabling them to be reshaped or repaired using heat.
- During casting, fusible metals allow for intricate designs by filling molds when melted.
Arts and Craft
- In quilting, fusible webbing allows fabric pieces to stick together before sewing, making the crafting process easier.
- Artists often use fusible glass in creating mosaics and stained glass artwork, relying on heat to bond the pieces.
- In ceramics, fusible materials help glazes adhere to pottery, adding decorative elements.
Technology
- In electronics, fusible links are used in circuit protection; they melt to interrupt current flow and prevent damage.
- Modern 3D printing often uses fusible filaments that melt and re-solidify to create intricate designs layer by layer.
- Fusible alloys, like those containing bismuth and lead, are used in applications requiring precise melting points, such as safety devices.
Construction
- Fusible materials play a role in fire safety; they can melt and help systems like sprinklers activate in case of fire.
- Certain building materials are chosen for their fusibility to ensure strong, lasting bonds during construction projects.
- In the manufacturing of asphalt, fusible additives can improve the binding qualities and longevity of the surface.
Origin of 'fusible'
Main points about word origin
- The word comes from the Latin word 'fusus', meaning 'to pour out', reflecting how fusible things can flow when heated.
- Its usage has evolved from metallurgy to describe a variety of materials in different fields.
- The term first appeared in English around the 17th century, often related to metalworking.
The word 'fusible' comes from the Latin word 'fusibilis', which means 'meltable'. The concept of fusibility has been important in various fields such as chemistry, metallurgy, and technology. The ability of a substance to be easily melted or fused has been a key characteristic in the development of new materials and technologies.