Heatproofed: meaning, definitions and examples
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heatproofed
[ hiːtpruːfd ]
safety materials
Heatproofed refers to materials that have been treated or designed to resist heat without being damaged or altered in a significant way. These materials are often used in construction, manufacturing, and cooking applications. Products such as oven mitts, heat-resistant glass, and certain types of insulation are excellent examples of heatproofed items. Heatproofed materials are essential to ensure safety and durability in high-temperature environments.
Synonyms
fireproof, heat-resistant, thermally stable.
Examples of usage
- The heatproofed cookware can withstand high temperatures.
- He wore heatproofed gloves while handling the hot metal.
- The lab was equipped with heatproofed surfaces for experiments.
- The chef preferred heatproofed utensils for grilling.
Translations
Translations of the word "heatproofed" in other languages:
🇵🇹 resistente ao calor
🇮🇳 ताप प्रतिरोधी
🇩🇪 hitze- und feuchtigkeitsbeständig
🇮🇩 tahan panas
🇺🇦 термостійкий
🇵🇱 odporny na ciepło
🇯🇵 耐熱性の
🇫🇷 résistant à la chaleur
🇪🇸 resistente al calor
🇹🇷 ısıya dayanıklı
🇰🇷 내열성
🇸🇦 مقاوم للحرارة
🇨🇿 teplotně odolný
🇸🇰 odolný voči teplu
🇨🇳 耐热的
🇸🇮 toplotno odporen
🇮🇸 hitastyrkur
🇰🇿 жылу өткізбейтін
🇬🇪 ცხელზე მდგრადი
🇦🇿 istiğa qarşı dayanıqlı
🇲🇽 resistente al calor
Etymology
The word 'heatproofed' is derived from the combination of 'heat,' relating to high temperatures, and the suffix 'proof,' which indicates resistance to a particular condition or substance. The term 'proof' has its roots in the Old English 'prōf,' meaning 'a test or trial.' This suggests that materials labeled as heatproofed have undergone testing to prove their capability of enduring heat. The concept of heat-resistance has evolved with advancements in science and technology, particularly in material science, where various compounds and treatments have been developed to enhance the heat resilience of different materials. As industries like cooking, manufacturing, and construction have grown, the implementation of heatproofed materials has become increasingly vital to ensure safety and efficiency.