In a while, we all want to kick back and relax, to take a break from the hard lives that keeps us busy from enjoying the world around us at peace. What better way to do this than camping-out is there? Whether it’s in the backyard, in the nearby woods or deep down in the mountains. Now, one of the critical things is that it will make this experience quite wholesome and enjoyable is selecting the best backpacking gear like an outdoor tent with specially made carbon fiber tent poles. This is the difference between a lop-sided collapsing hazard and a neatly erect outdoor haven.
The development of better consumer products has seen significant improvement in the camping category. As such, there has been a subtle shift from the generic aluminum products when it comes to camping gear. The best backpacking tent, for instance, is the one that offers impressive sturdiness which these aluminum products can barely provide. Some replacement tent poles, such as the development of better carbon fiber materials has enabled stronger lightweight equipment that is bound to make the camping experience flawless for the whole family. Let’s take a glance at the nature of this innovation and how it can make your camping experience much better.
Carbon fiber poles are made of thousands of carbon filaments that are as small as hair units which are woven or wrapped around a core and sandwiched between protective layers. The center is often made of organic materials such as polyvinyl or other plastic forms which can have several layers depending on the required strength. The result is an ultra-light product that is way stronger than most metals of the same size. Carbon fiber is used for many purposes such as reinforcing structures, textile manufacture and microelectrodes fabrication. Scientists are currently working on developing these revolutionary materials from renewable sources, which could further reduce the emissions associated with the production of fabrication materials in all industries.
The Weight Factor
The one annoying hindrance during any backpacking adventure is the weight. Imagine having to hike up a cliff with a massive load on your back containing the camping gear. The carbon-fiber tent poles are therefore pretty convenient for saving on weight. Even if the camping trip is by car, any reduction in weight is always welcome. The impressive aspect of it all is that the poles offer better strength to weight characteristics. In other words, if you have two tent poles of the same weight, one made from carbon fiber and the different from perhaps aluminum, the carbon fiber tent pole is much stronger and much lighter than the other one. This effectively means that any tent will require much less more massive poles to stay erect and firm.
Most regular campers have had a nasty experience at some point using the generic lightweight metal tent poles. Campers had often noted how these poles tend to bend and deform during assembly or when weighed down by elements such as rain. Considering how unforgiving nature can be at times, having a reliable tent while in the outdoors is critical and such tendencies are pretty unacceptable. Carbon fiber tent poles have the advantage of being quite formidable. They are guaranteed to remain unscathed under huge loads due to their composition properties. Therefore, withstand any torsional or compressional loads quite impressively and can provide a more formidable structure than the metallic alternatives.
The workable nature of carbon fiber tent poles makes them the perfect solution for the fabrication of replacement tent poles, especially for the more complicated tent designs. This material can easily interact with the generic materials that are used for tent pole making like aluminum and some other iron alloys. Trying to fabricate the missing parts of a tent with the original material can be pretty next to impossible and way costly. Thankfully, these carbon fiber poles are readily available.
The carbon fiber tent pole is undoubtedly stronger than any other material ever used. However, they require proper handling to ensure that they remain as durable and reliable as promised. Since the tent poles are made hollow for weight savings, it is best to avoid squashing them, whether in storage or transit as this might weaken their strength. One must also take care during the assembly of the tent structure not to mix-up the various pole segments since each unit is made exceptionally secure for each specific part. This is simply because the weight and general ad forces experienced by each region of the tent differs from one point to the next.
The applications of carbon fiber in daily life date back to 1860 when a scientist, Joseph Swan, attempted to use it in light bulbs. Thomas Edison later developed a more intricate variation for the very same purpose. However, it was only in the 1960s that the strength properties of carbon fiber were recognized. This was due to Rolls-Royce trying to find better alternatives for the materials used in the manufacturing of aircraft components. The Japanese quickly picked up the trend ad further improved the production and utilization of carbon fiber in just about anything. It quickly became a stronger and much reliable alternative in many industrial applications from car manufacturing to household goods with carbon constituting upwards of 80% of the material. In the tent-making scene, it was initially used for making replacement tent poles. With time past, it has become a suitable alternative for the whole frame.
The standard modern drive for a greener footprint is one key driver for the development of these carbon fiber products. They don’t just provide us with the best backpacking tent for our camping trips but instead offer a much more eco-friendly substitute for the less clean industrial metals. The processes of its manufacturing and fabrication produce way less waste. It also makes up for its high energy requirements with a much longer life cycle. The significant weight reductions in automobiles and aircraft also significantly reduce fuel burn hence reducing emissions into the environment. To top it all off, it is entirely recyclable and can produce products that are just as strong if appropriately recycled.