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The XLC Nanotech features the same lightweight materials and construction as the hyperlight XLC crampons with the addition of innovative Sandvik Nanoflex® steel reinforcements on the front points for increased durability, strength, and penetration on hard ice and snow. Automatic bindings offer the most secure fit for rigid boots with full toe and heel welts, including A/T and telemark boots. Sandvik Nanoflex® is an innovative patented steel alloy that is 70% stronger and 20% harder than normal steel which allows for a significant reduction in the amount of metal used, thereby decreasing weight while maintaining strength. The most sophisticated mountaineering crampons in the world Sandvik Nanoflex® stainless steel reinforcements on the front points 3-D pressed frame maximizes strength and performance Automatic bindings fit most technical mountaineering and telemark boots CC4U wear indicators on the side points show when it is time for replacement Dynamic anti-balling plates and carrying case included Ref. Product name Size Weight Weight no antibott Boot type Points Frame material Antibott CE European g oz g Automatic EN 893 254403 XLC NANOTECH - AUTOMATIC 36-47 560 19.8 481 • 12 7075 Aluminum / Nanoflex® Included •
Price: £158.26 from Rope Master UK
| Retailer | Price | |
|---|---|---|
| Rope Master UK | £158.26 | Go to shop |
The Skimo Nanotech uses the same hyperlight 7075 aluminum alloy frame design and T-Stop binding system as the Skimo Tour with the addition of Sandvik Nanoflex® stainless steel reinforcements on the front points for increased durability, strength, and...
Sandvik Nanoflex® is an innovative steel alloy that is stronger and 25% harder than normal steel which allows for a significant reduction in the amount of metal used, thereby decreasing weight while maintaining strength. – The lightest steel crampons...
Semi-auto version of the XLC Nanotech. Features the same lightweight materials and construction as the hyperlight XLC crampons with the addition of innovative Sandvik Nanoflex® steel reinforcements on the front points for increased durability, strength,...
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