Cardan Drive Shafts are available in different materials. Knowing the material will help you determine which one will work for your car. There are three major materials that you can choose from and choosing one will provide you with the right type of shaft for your application.
Spring Steel - This is a lightweight shaft material. It is very easy to produce and is cost-effective as well.
Tronix - Tronix shafts are very popular for a number of reasons. These shafts have great characteristics that work great for road bikes, mountain bikes and racing bikes.
Tronix is made of high strength graphite. It has a high tensile strength, which provides for a strong shaft. The resistance against pressure provided by this material ensures maximum stability.
Tronix shafts are very easy to bend and shape. Therefore, they are not as expensive as other shafts. They are also less expensive than other shafts.
Aluminium - Aluminium Drive Shafts - These shafts are very light weight and stiff. This material is very durable and resists heat well. However, they do not provide the same level of accuracy as other shafts.
Aluminium Drive Shafts is also quite expensive. Therefore, if you want to maximize your speed, choose aluminium as your shaft material.
Ti-Alplat - The Ti-Alplat Shaft is extremely lightweight and offers great control. Because of the material's ability to retain its shape, you can expect to get more speed out of this shaft.
Titanium - The Titanium Drive Shaft is extremely lightweight and provides exceptional control. It is cost effective as well. This material is considered to be one of the strongest shafts that you can buy.
Titanium Drive Shafts is actually very popular for the reason that they are extremely strong and lightweight. They are also much cheaper than steel shafts. Another great advantage of these shafts is that they are very easy to shape and maintain.
Aluminium Shafts - Aluminum Drive Shafts - These shafts are very durable and offer superior stability. This material is very cost effective and offers excellent control.
