Stronger Than Carbon Fiber and Aluminum

Magnesium is the finest bicycle tubing material out there.
Stronger Than Carbon Fiber and Aluminum

magnesium bicycle frame production using TIG welding

Relative Weight of Magnesium Bicycle Frames

Magnesium is the lightest structural metal currently available in the world. Its approximately 34% lighter by volume than aluminum and 50% lighter than titanium. Besides light-weight construction, a few of the other advantages that magnesium offers are: excellent fatigue resistance, denting and buckling resistance, and the highest known damping capacity of any structural metal. The result is a much smoother ride than any other material out there.

Its no secret amongst the inner sanctum of bicycle fame builders and designers around the world that magnesium could make an amazingly rideable, high-performance bicycle. First, though, a few key issues needed to be overcome: how to extrude the perfect magnesium tubes, weld these tubes correctly, and fine-tune the ride qualities. Following four years of intensive research and lots of hard work on the drawing board and in the shop, we have done just that.

Thickness of Magnesium Bicycle TubingWe are often asked whether Paketa’s magnesium bicycle tubing is a marketing maneuver akin to “scandium” frames, for example, where the material is actually just another aluminum alloy with a small percentage of scandium – or maybe magnesium? The simple answer is, “No!” Paketa’s proprietary bicycle tubing is a carefully chosen material comprising about 92% magnesium, alloyed with other metals to achieve optimal mechanical properties while facilitating the extrusion and welding processes.

Damping is a measure of the rate at which unforced vibration disappears, and is an intrinsic property of the material. Because magnesium has the highest known damping capacity of any structural metal – as much as 10 times greater than steel, titanium, or aluminum – the ride is truly amazing. Vibration from the road literally disappears within the structure of the frame and never reaches the rider. For this same reason, magnesium is used in the high-tech world of aerospace hardware; they have discovered that magnesium offers the best platform on which to mount sensitive electronic equipment, as it is so “quiet”.

Being able to ride longer and with less fatigue are the direct benefits, but the indirect benefits of magnesium might be even more important. Because vibration is not transferred through the frame, the fatigue life is nearly immeasurable. A magnesium bike will keep the exceptional initial ride qualities longer than anything else available on the market today.


Many people ask if Magnesium corrodes more easily than other materials. The answer is NO. There is no added risk of corrosion in a Magnesium bike.

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