PATIKIL AA Battery Holder, 20 Pcs AA Battery Box Case Electrical DIY Circuit Experiment Kit for Physics Laboratory Equipment Electronic Teaching Educational

• Specification: Product:Electronic Production Teaching Kit;Material:ABS Plastic, Metal; Size: Size: 82*20*22mm/ 3.23 *0.79 * inch 0.87（LXWXL）; Packing List: 10 Pcs AA Battery Holder
• Advantage :The AA battery box is made of plastic shell, copper contact and nickel-plated steel spring clip, sturdy and durable. Suitable for various circuits, with good conductivity. The AA battery box provides stability of operation. Suits for 1x AA battery (Note: Battery NOT Included)
• Instruction: This AA battery holder can be paired with various physical circuit experiments.
• Application:This aa battery box is great for home/teaching production and experiments . It is very suitable for teaching the basic-principles of electricity - the working-principles of simple circuits. These are very suitable for teaching projects. Easy to use, it is an excellent learning tool for children.
• Note:There may be a color difference between the photo and the real object due to the light taken.

This AA battery box is great for home/teaching production and experiments . It is very suitable for teaching the basic-principles of electricity - the working-principles of simple circuits. These are very suitable for teaching projects. Easy to use, it is an excellent learning tool for children. Specification: Product:Electronic Production Teaching Kit Material:ABS Plastic, Metal Size: 82*20*22mm/ 3.23 *0.79 * inch 0.87（LXWXL） Packing List: 20 Pcs AA Battery Holder Advantage : The AA battery box is made of plastic shell, copper contact and nickel-plated steel spring clip, sturdy and durable. Suitable for various circuits, with good conductivity. The AA battery box provides stability of operation. Suits for 1x AA battery (Note: Battery NOT Included) Instruction: This AA battery box can be paired with various physical circuit experiments. Note: There may be a color difference between the photo and the real object due to the light taken.