Mammut Maillon screw gate carabiner (2040-02370-1590)

Mammut Maillon screw gate carabiner is an exceptional climbing equipment, designed for professionals and mountain climbing enthusiasts. Made from solid stainless steel, the carabiner offers reliability and durability in demanding conditions. It is the perfect solution for those who value the highest safety standards and wish to use products that meet international standards.

Top-level safety

The Mammut Maillon screw gate carabiner meets the rigorous standards EN 362, EN 12275, and UIAA 121, guaranteeing its reliability in any situation. These certifications attest to the highest quality of workmanship and compliance with international safety standards. As a result, users can be confident that the equipment will perform even in the most extreme climbing conditions.

Precision made from the highest quality materials

The production of the Mammut Maillon screw gate carabiner uses stainless steel, which provides it with exceptional resistance to corrosion and mechanical damage. This is an excellent choice for those who expect durability and robustness from their climbing equipment. Additionally, the use of stainless steel makes the carabiner resistant to changing weather conditions, which is crucial during prolonged outdoor use.

Functionality and ease of use

The Mammut Maillon screw gate carabiner is equipped with a screw lock, which provides additional security and ease of use. Such a locking mechanism is particularly valued by climbers for its reliable operation and simplicity of use. With the screw lock, users can easily secure their equipment, enhancing comfort and confidence during climbing.

Mammut Maillon screw gate carabiner - features:

• Made of high-quality stainless steel providing durability and corrosion resistance;
• Compliance with EN 362, EN 12275, and UIAA 121 standards confirming the highest level of safety;
• Screw lock ensuring additional security and ease of use;
• Intended for mountain climbing, caving, and working at heights;
• Resistance to changing weather conditions due to solid material construction.