Heat-transmitting

Heat-transmitting describes the capacity or ability of a material, substance, or system to allow thermal energy, or heat, to pass through it. This property is crucial in various applications, including heating, cooling, energy generation, and industrial processes. The rate and efficiency of heat transmission are influenced by several factors, such as the material's thermal conductivity, its thickness, and the temperature difference across the material. Materials with high thermal conductivity are excellent heat-transmitters, while those with low conductivity are insulators, restricting heat flow.

Heat-transmitting meaning with examples

• The copper pipes in the radiator are highly heat-transmitting, allowing the hot water to efficiently warm the surrounding air, thus providing warmth to the entire room. This efficient transfer is key to its function.
• During the manufacturing process, using heat-transmitting molds ensures that the molten plastic cools rapidly and uniformly, allowing for faster production cycles and consistent product quality in the plastic molding process.
• In a car engine, the heat-transmitting properties of the engine block are vital. It dissipates heat generated during combustion to prevent overheating and maintain optimal operating temperatures. This is paramount for its sustained performance.
• The double-pane window is designed with a heat-transmitting inner layer that helps the house stay warm by not letting heat out or the cold in. The glass and air gap are the most important parts.
• Engineers select heat-transmitting materials, such as certain ceramics, for use in heat exchangers. This allows for the efficient exchange of heat between different fluids to improve the overall energy efficiency of the process.