Posted by Art on Sep 10, 2010 in
Biking
The cost of a mountain bike frame is directly based on the material used in its construction, as well as the treatment that the material has received.
Currently, there are five different materials used in mountain bike frames – high tensile steel, chromoly steel, aluminum, titanium, and carbon fiber.
High tensile steel is a durable and inexpensive alloy that’s found in entry level mountain bikes. It comes with a high carbon content which makes it less stiff than chromoly steel, so more material is needed to make it stiff enough for a frame, which will in turn make it that much heavier.
Chromoly steel or, chromoly, is best described by its major additives – chromium and molybdenum. This is probably the most refined framing material, giving many years of dependable service. Depending on the type of heat treating and butting, you can find this material in bikes of all price ranges. The chromoly steel material offers very good durability and a compliant ride characteristic.
Aluminum has been refined pretty much in the same way as chromoly. There have been various alloys developed, along with heat treatment and butting. Aluminum is a light material, so some frames are available in an oversized in diameter to increase stiffness without adding much to the overall weight. A dual suspension mountain bike frame is often made with aluminum, since it’s generally the stiffest and most cost effective.
Titanium frames remain expensive because it takes longer to weld the tubes to the frame. Titanium is an alloy, normally mixed with small amounts of vanadium and aluminum to give it better weldability and ride characteristics.
More compliant than chromoly, it gives better fatigue and corrosion properties.
Carbon fiber is a synthetic composite material, and is extremely light, strong and stiff. The frame can be custom designed to increase strength in specific areas, and reduce weight in others. A carbon fiber frame was used initially for the professional level sport rider, due to their initial high cost, but they are now available on more everyday bikes.
The material you choose for your bike, all depends on how you ride, what style you use and how much you are willing to pay.
Almost all materials will last you for many years, as long as you take care of your bike and treat the frame with some respect.
Tags: dual suspension mountain bike frame, mountain bike frame, Mountain Bike Frames
Posted by Art on Aug 10, 2010 in
Biking
The cost of a mountain bike frame is directly based on the material used in its construction, as well as the treatment that the material has received.
Currently, there are five different materials used in mountain bike frames – high tensile steel, chromoly steel, aluminum, titanium, and carbon fiber.
High tensile steel is a durable and inexpensive alloy that’s found in entry level mountain bikes. It comes with a high carbon content which makes it less stiff than chromoly steel, so more material is needed to make it stiff enough for a frame, which will in turn make it that much heavier.
Chromoly steel or, chromoly, is best described by its major additives – chromium and molybdenum. This is probably the most refined framing material, giving many years of dependable service. Depending on the type of heat treating and butting, you can find this material in bikes of all price ranges. The chromoly steel material offers very good durability and a compliant ride characteristic.
Aluminum has been refined pretty much in the same way as chromoly. There have been various alloys developed, along with heat treatment and butting. Aluminum is a light material, so some frames are available in an oversized in diameter to increase stiffness without adding much to the overall weight. A dual suspension mountain bike frame is often made with aluminum, since it’s generally the stiffest and most cost effective.
Titanium frames remain expensive because it takes longer to weld the tubes to the frame. Titanium is an alloy, normally mixed with small amounts of vanadium and aluminum to give it better weldability and ride characteristics.
More compliant than chromoly, it gives better fatigue and corrosion properties.
Carbon fiber is a synthetic composite material, and is extremely light, strong and stiff. The frame can be custom designed to increase strength in specific areas, and reduce weight in others. A carbon fiber frame was used initially for the professional level sport rider, due to their initial high cost, but they are now available on more everyday bikes.
The material you choose for your bike, all depends on how you ride, what style you use and how much you are willing to pay.
Almost all materials will last you for many years, as long as you take care of your bike and treat the frame with some respect.
Tags: dual suspension mountain bike frame, mountain bike frame, Mountain Bike Frames