Magnesium Metal Rod 90x16mm – High Purity 99.99%

This high-purity Magnesium Metal Rod (90x16mm) is an essential tool for outdoor enthusiasts and survivalists. Crafted from 99.99% pure magnesium, this compact and lightweight rod is designed for easy ignition, making it perfect for starting campfires, cooking stoves, or barbecue grills. Its high flammability ensures reliable performance, even in challenging conditions, making it an ideal companion for camping, hiking, exploring, or emergency situations. The rod features a pre-drilled hole, allowing it to be easily attached to a keychain ring or threaded with paracord for convenient carrying.

Features:

• Versatile Use: Ideal for igniting campfires, stoves, and grills with ease.

• Outdoor Essential: Perfect for camping, hiking, and survival scenarios.

• High Purity: Made from 99.99% pure magnesium for superior ignition and performance.

• Portable Design: Compact (90x16mm) and lightweight for easy carrying and storage.

• Pre-Drilled Hole: Easily attach to a keychain ring or thread with paracord for added convenience.

Package List:

• 1 x Magnesium Rod

Why pairing Magnesium rods with your ferrocerium sets

Magnesium burns hotter than ferrocerium. Magnesium has a combustion temperature of approximately 1,900°C to 2,800°C (3,452°F to 5,072°F) depending on oxygen conditions, while ferrocerium sparks reach about 1,800°C to 2,000°C (3,272°F to 3,632°F).

Magnesium is paired with ferrocerium rods because ferrocerium produces a high-temperature spark that can ignite magnesium shavings or a magnesium rod. Once ignited, magnesium burns intensely and consistently, providing a reliable flame to start a fire, especially in challenging conditions like wet or windy environments. This combination leverages ferrocerium’s spark-generating ability to initiate the magnesium’s powerful burn, making it an effective duo for survival fire-starting kits.

Note: Due to its high purity, the magnesium rod may oxidize and darken when exposed to air for extended periods, especially in humid conditions.