TOKYO CRAFTS Magnablaster Fire Extra High No No Includes Storage Made of Fire Bonfire Blower, Thick, Efficiency, Mouth, Backflow, Disassembly, Safe,

[Efficient and painless fire-starting] The Magna Blaster is a groundbreaking fire blowing stick that uses a thick cylindrical design to draw in surrounding air while blowing a large amount of air efficiently and all at once. You can start a fire quickly and effectively with less force, so you can easily start a fire without feeling stuffy. It exhibits excellent performance in starting flames and recovering flames that are about to go out, so it is useful in a variety of situations such as camping and barbecues. [Safe and hygienic as it does not touch your mouth] Since it is used approximately 10cm away from the main unit, there is no risk of inhaling hot air when breathing. It is also suitable for use by multiple people, such as family camping and group camping. It can be disassembled into three parts, and the maximum diameter is φ3.2cm, making it easy to clean the interior and keep it clean at all times. [Made of aluminum, lightweight and compact] The storage size is 20 x φ3.2cm and the weight is approximately 125g, making it extremely lightweight and compact, making it ideal for camping, hiking, etc. The lightweight design allows you to easily carry it anywhere without being a burden in your backpack. [Stylish Design] The design features the TOKYO CRAFTS logo on the matte black paint, giving it a stylish appearance. The simple yet sophisticated design is also recommended for those who like black gear. This is a product that we are proud of, combining not only functionality but also design. We arrived at the optimal solution that releases a large amount of air. It is a fairly well-known fact that bellows are originally meant to be used without touching the mouth. This is to take in the surrounding air and send the air efficiently. After repeated trial and error with the aim of drawing in more air and allowing the player to blow for longer without feeling stuffy, we arrived at a simple ``thick tube.''