Ferro Rod
A flint and steel fire starter kit is a traditional tool used to create sparks for igniting a fire.
Ships free
Very light weight and portable, will fit in your pocket and only weighs 3 ounces
How It Works
The fire starter relies on the principle of creating high-temperature sparks to ignite a fire. Here's the process:
Striking Action:
The steel is struck against the flint at a sharp angle.
The friction and impact cause small particles of the steel to shave off.
Sparks Generation:
The shaved-off steel particles are heated to high temperatures (up to 2,500°F or 1,370°C) due to the friction and the hardness of the flint.
These particles become glowing sparks.
Ignition:
Direct the sparks onto a flammable material
A flint and steel fire starter kit is a traditional tool used to create sparks for igniting a fire.
Ships free
Very light weight and portable, will fit in your pocket and only weighs 3 ounces
How It Works
The fire starter relies on the principle of creating high-temperature sparks to ignite a fire. Here's the process:
Striking Action:
The steel is struck against the flint at a sharp angle.
The friction and impact cause small particles of the steel to shave off.
Sparks Generation:
The shaved-off steel particles are heated to high temperatures (up to 2,500°F or 1,370°C) due to the friction and the hardness of the flint.
These particles become glowing sparks.
Ignition:
Direct the sparks onto a flammable material
A flint and steel fire starter kit is a traditional tool used to create sparks for igniting a fire.
Ships free
Very light weight and portable, will fit in your pocket and only weighs 3 ounces
How It Works
The fire starter relies on the principle of creating high-temperature sparks to ignite a fire. Here's the process:
Striking Action:
The steel is struck against the flint at a sharp angle.
The friction and impact cause small particles of the steel to shave off.
Sparks Generation:
The shaved-off steel particles are heated to high temperatures (up to 2,500°F or 1,370°C) due to the friction and the hardness of the flint.
These particles become glowing sparks.
Ignition:
Direct the sparks onto a flammable material