No, electrolytic tinplate coil is typically not used for construction purposes. It is commonly used in the packaging industry for cans, containers, and other similar applications.

No, electrolytic tinplate coil is not suitable for high-temperature applications as it can lose its structural integrity and may react with the heat, affecting its performance and safety.

The different grades or specifications available for electrolytic tinplate coil include various thicknesses, coatings, and temper levels. Thickness options range from 0.13mm to 0.49mm, while coating options include single-reduced (DR) or double-reduced (DQ) electrolytic tinplate. Moreover, temper levels may include annealed (CA), quarter hard (QH), half hard (HH), or full hard (FH) depending on the desired level of strength and flexibility.

The temper of electrolytic tinplate coil significantly affects its properties. The temper refers to the level of hardness or softness of the tinplate coil, which can be controlled during the manufacturing process. A higher temper results in a harder and more rigid tinplate coil, while a lower temper leads to a softer and more flexible coil. The temper affects various properties of the tinplate coil, including its formability, strength, and resistance to corrosion. A harder temper provides improved strength and rigidity, making it suitable for applications that require structural stability, such as in the construction industry. On the other hand, a softer temper enhances the coil's formability, allowing it to be easily shaped and bent, which is beneficial for applications that require complex and intricate designs. Furthermore, the temper also influences the tinplate coil's resistance to corrosion. A higher temper can result in a more tightly packed structure, reducing the chances of corrosion. However, a softer temper can be more susceptible to environmental factors that cause corrosion, making it necessary to apply additional protective coatings. In summary, the temper of electrolytic tinplate coil plays a crucial role in determining its properties, including formability, strength, and corrosion resistance. Manufacturers can adjust the temper to meet the specific requirements of different applications, providing versatility and flexibility in the usage of tinplate coils.