4pcs STEM Education Thermal Conductors - Conductivity Copper Aluminum Iron Plastic Rods - Wax Pin Testing Apparatus - School Science Classroom Supplies

DescriptionThe physics lab heat transfer set includes copper round rod, aluminium rod, and iron rods, plus plastic rod for balanced laboratory heat conduction studies. Each rod’s stable material properties offer resistance to high temperatures and oxidation, supporting rigorous heat transfer demonstration and heat conductivity test rods scenarios. Designed for seamless assembly, these rods accelerate research applications in heat conduction experiment kits and enable innovative designs as part of a complete thermal physics kit for educators and researchers alike.Features-Color:Multi-Material:Aluminum, copper, iron, plastic-Size:20.20X0.50X0.50cm/7.95X0.20X0.20in-Size:25.00X0.50X0.50cm/9.84X0.20X0.20in-Efficient : The heat conduction rods set, including copper, aluminium, and iron rods, maximizes effective laboratory heat transfer for comprehensive thermal conduction experiment and hot plate experiment rods use-Material Adaptability: The of high, medium, and low thermal conductivity materials—copper rod, aluminum rod for heat transfer, and plastic—meets various comparison of thermal conductors needs in classroom labs-Reliable and Safe: Heat transfer rods are made of solid metals resistant to corrosion and heat, ensuring safety and steady results in physics lab conduction apparatus during prolonged thermal experiments-Ease of Use: Each 5mm diameter rod, 20 cm or 25 cm long, fits easily into science classroom supplies and can be installed in physics teaching equipment for heat transfer demonstration setups-Educational Versatility: This laboratory heat conduction set doubles as a STEM physics experiment or DIY science experiment kit, helping students visually understand heat conductivity and compare different materials

• Efficient : The heat conduction rods set, including copper, aluminium, and iron rods, maximizes effective laboratory heat transfer for comprehensive thermal conduction experiment and hot plate experiment rods use
• Material Adaptability: The of high, medium, and low thermal conductivity materials—copper rod, aluminum rod for heat transfer, and plastic—meets various comparison of thermal conductors needs in classroom labs
• Reliable and Safe: Heat transfer rods are made of solid metals resistant to corrosion and heat, ensuring safety and steady results in physics lab conduction apparatus during prolonged thermal experiments
• Ease of Use: Each 5mm diameter rod, 20 cm or 25 cm long, fits easily into science classroom supplies and can be installed in physics teaching equipment for heat transfer demonstration setups
• Educational Versatility: This laboratory heat conduction set doubles as a STEM physics experiment or DIY science experiment kit, helping students visually understand heat conductivity and compare different materials