Fortunately most prominent Treadmill makers are manufacturing Treadmills with good Frames. However, there are some Treadmill Frame Quality considerations when researching your Treadmill purchase.
Frames are made with steel and aluminum. Most are steel.
Is steel better than aluminum? Vice versa?
Neither is necessarily much better than the other. Aluminum is considered lighter than steel, but it’s not always the case.
When assessing metal vs . aluminum strength, there are two aspects:
Strength: How much load the material can handle.
Stiffness: Just how much the materials bends with a certain amount of load.
Aluminum will generally bend more under loads, but that doesn’t mean it’s stronger or better as a Frame.
In fact, you don’t want your Frame to bend.
What type of Treadmill Body material do I prefer?
Steel with a proper coating to prevent rust. I say this with cost in mind. In a perfect world, I’d get a top of the line aluminium Frame, but that is extremely costly.
Frames are generally assembled by bolting or welds.
Again, neither one is always better. Some bolting techniques, like those used on aircraft are very strong and durable. The bolting technique applied to some Treadmills is called “locking. ”
Welding, although the predominant Treadmill Body building method, is not always more powerful. Cheap or poorly done weldings may result in a weaker Treadmill machine Frame. That said, for the cost, you’ll likely get a better deal on a welded Frame. We state this because most Treadmill Frames are welded. That’s why getting a Treadmill with a lifetime warranty and high maximum user weight is a decent way to assess a Treadmill’s Quality (see below).
If possible, get a Treadmill Frame guarantee that includes the welds.
What costs more: steel or light weight aluminum Frame Treadmills?
Generally, lightweight aluminum Frame Treadmills cost more than steel- Frame d Fitness treadmills.
So, how do you know if a Treadmill Frame is any good?
The information above might be interesting, but it unfortunately doesn’t give a clear answer as to whether a steel Frame is better than an aluminum Frame. That’s because there’s no hard and fast rule.
Even if you try a few Treadmills, you won’t know whether the Frame is long lasting since you will not have used it long. The only way you know for sure is buying it and using it until it doesn’t work… and it’s potential breakdown may not be related to the Framework.
The quick and easy Body assessment
Without being an alloy expert or using every Treadmill in your price range, the two best criteria intended for judging a Treadmill Frame are:
Frame warranty; and
Maximum consumer weight.
Home treadmill Framework guarantee
If at all possible, get a Treadmill machine with a lifetime Frame warranty. More and more Treadmill machines, even at the lower price range ($850 and up ) are offering lifetime Body warranties.
Optimum user weight
The the majority of common maximum user excess weight of Treadmills is 300 pounds. Nevertheless, if you’re going to be a demanding user, then look to get a Framework with a 350 pound or higher maximum user weight.
What about the Weight of the Treadmill?
This provides some guidance. Generally the heavier Treadmills are of better Quality, but not usually. That said, I’d look at Treadmill weight as well as a third factor when evaluating the durability and performance of a Treadmill Frame.
How about folding Treadmills? Do folding Treadmills possess weaker Frames?
There may be instances where a folding Treadmill ‘s design compromises Frame strength and durability, yet I actually wouldn’t NOT buy a folding Treadmill on this basis. Again, look to the Frame guarantee, optimum consumer pounds, and fat of the Treadmill to assess the Frame.
How important is Treadmill Framework durability and strength?
Fairly important. You want stable and smooth overall performance. Stability and smoothness are contributed to by the Frame Quality.
Generally, the even more you spend, the better Fitness treadmill Frame you’ll get. Having said that, you really need to assess:
how often the Treadmill can be used
the weight of the user (s)
the intensity of the use (i. e. walking vs. sprinting). Article Source: http://EzineArticles.com/6568320