Petzl

Glacier Ice Axe

Anodized aluminum is aluminum that has been treated to form a protective oxide layer on its surface. This process enhances the aluminum's resistance to corrosion and wear, making it ideal for outdoor equipment like ice axes that face harsh weather conditions. Choosing an ice axe made from anodized aluminum ensures durability and longevity, especially in icy environments.

Heat-treated steel undergoes a specific heating and cooling process that increases its strength and durability. This treatment makes the steel harder and more resistant to wear, which is crucial for the pick and adze of the ice axe. A heat-treated steel ice axe can withstand heavy use and maintain its effectiveness in challenging climbing conditions.

The grooved lower handle features notches that provide a better grip for climbers, especially in technical climbing situations. This design enhances safety by ensuring that users can maintain a secure hold on the axe, reducing the risk of slipping during critical moments on the climb.

A clipping hole is a specially designed hole located on the head and bottom spike of the ice axe that allows climbers to attach carabiners. This feature increases the versatility of the ice axe, enabling it to be used as an anchor in emergencies or to secure gear. Having clipping holes makes the ice axe a more multifunctional tool for climbers.

The bottom spike of an ice axe is made of stainless steel to ensure resistance to rust and corrosion. This material is essential for maintaining the effectiveness of the spike when plunged into ice or snow. A stainless steel bottom spike provides stability and safety while climbing, allowing climbers to secure their axe effectively in icy terrain.

The combination of anodized aluminum, heat-treated steel, a grooved lower handle, clipping holes, and a stainless steel bottom spike all contribute to the overall safety and performance of an ice axe. These features ensure that the axe is durable, easy to grip, versatile, and effective in securing your position on icy surfaces, ultimately enhancing your climbing experience and safety.