Carbon Fiber - Strong, Light, And Beautiful

The very first impression that pops into our heads when a bad-ass ride cruises by is its visual appearance. That's what originally sparks our interest and draws us in for a closer look. There are literally thousands of options to consider when you're ready to upgrade your ride's body styling. Fiberglass and urethane body components have long been the standard for altering the appearance of your factory body style.

 But if you really want to be on the bleeding edge of automotive fashion, you definitely want to check out carbon fiber. Technology and innovation are constantly moving forward opening up new options. Welcome to the carbon fiber generation!.

Over the last several years, it seems that more and more body styling enthusiasts are equipping the exterior and interior of their rides with carbon fiber components. It's a unique and unmistakable look that turns heads without fail, and looks better and better the closer you get to it.

Some tuners have themed their rides' body styling completely around carbon fiber, even going as far as fabricating custom body parts to express their theme 100%. It's definitely unique and striking; however not many have the nearly limitless budget it requires.

In addition to the exceptional show quality look, carbon fiber components offer several other benefits. In my opinion, one of the most advantageous is that no sanding, prepping or painting is required. This is a huge cash savings considering how much quality paint work will set you back.

 Most carbon fiber parts are ready to install right out of the box! They are also protected by a high quality clear coat and UV coating from the manufacturer. All that's needed to keep the original luster is the same maintenance you would show your ride's exterior. Regular washing, polishing, and waxing will keep them beautiful for years to come.

Most of the time one would assume something that's lightweight lacks strength and durability. Not the case with carbon fiber, my friends! The secret of its strength is in the construction. It's manufactured using the same technology and design as modern bullet-proof vests. The fibers are tightly woven together in a multi-layer crisscross pattern.

 A high-strength, yet flexible resin is used between the layers to hold it all together. It is by no means indestructible, but for the most part it will survive the occasional bump on the ground, road debris, or run-in with an autocross cone.
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The Manufacturing Process of Carbon Fiber

Engineers are in love with carbon fiber material. The reason behind this is its properties. It is five times the strength of steel and weighs two thirds less. It is possible for a carbon fiber to appear in thin strands. It is possible to manufacture carbon fibre strands thinner than a human hair. These strands can be woven into desired shape and size. It is only after this procedure that the material takes a permanent shape. Depending upon the requirement of the industry, the necessity and the uses change often.

Both mechanical and chemical procedures involved in manufacturing carbon fiber. The base material is carbon. In order to bring out long strands of carbon, the material is heated to high temperature. The process does not use oxygen and is completely avoided. The heating procedure is carried out in an enclosed unit that removes all the oxygen from the air before creating an inert atmosphere.

As there is no presence of oxygen, there is no process of burning. It is under this condition that the material undergoes carbonization. There is still a long way to produce carbon fiber to the masses. Most of the mass production activities have failed due to increased demand for skilled workers.

The procedure is expensive and requires special establishment. It is necessary to follow several safety features in order to avoid health hazards. It is necessary for a worker to way protective masks and uniforms to prevent inhaling carbon fiber particles. Due to its miraculous properties, the material is extensively used in aerospace and motorsport industries.

 It is also finding its use in general entertainment products such as musical instruments for increased stability, effect and reduced consumption of power. Use of carbon fiber as a vehicle body will reduce the overall weight by over 60%. Such a drop in weight increases efficiency and reduces fuel consumption.

Enduring strength and light weight are major advantages of carbon fiber. Even though the material is expensive, numerous industries are using it to bring out new products. The best example is the carbon fiber iPhone 5 case. Apart from cell phone accessories, the material is also helpful in bringing out car accessories.

 It is now possible for vehicle manufacturing corporations to utilize the material to create efficient performance parts and engines. Due to a reduction in the engine's mass and numerous parts, the overall weight of the vehicle reduces drastically. Reduction in the load reduces fuel consumption and helps save a lot of fuel.

Carbon fiber is known for its exceptional tensile strength. Unlike aluminium and steel, it has low thermal expansion property. This means that the properties of the material remain stable in both hot and cold conditions. Other major advantages include durability, corrosion resistant property, transparency to radiation and radiolucence .

Due to such properties, medical field is extensively using it to bring out critical apparatus. However, there is a need to handle the material carefully. The material displays signs of wear if hit by a hammer or due to improper handling. 

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Fiberglass Is the Best

Theoretically speaking, fiberglass lasts longer than vinyl. If you are considering wood interior with vinyl or fiberglass outside, then I would suggest fiberglass, not vinyl. Fiberglass is 8 times stronger than vinyl. The most common problems with vinyl windows are seal failure.

Fiberglass replacement windows are among the most durable windows that exist today.

Vinyl replacement windows never require painting. They're designed so that the color goes all the way through: the inevitable ding or scratch won't show. Fiberglass windows can be painted, if you so desire. If you change your home's look frequently, this may be an advantage. The look of your home is well worth considering. Chances are that you'll find styles that please you on either side of the Fiberglass vs. Vinyl debate.

But vinyl doesn't work better than fiberglass. Fiberglass is more stronger and the storability is great. Vinyl bends and melts in sunlight for a long period of time. Fiberglass windows from silica sand, a safe and abundant natural resource. The insulated glass in our product contains 15%-33% recycled content. Fiberglass outperforms vinyl on every measure. That is why fiberglass is perfect for the construction of windows and doors.

Cardinal LoE3-366 reduces window heat gain by 64% compared to ordinary glass. Basically it beats the heat. What more, LoE3-366 provides exceptional fading protection as well. It blocks 95% of the sun's damaging ultraviolet rays (a leading cause of fading), so it will help your furniture, carpets, curtain and wall coverings stay beautiful for years to come.

Durable doesn't even begin to describe how tough fiberglass is. Strong, stable, and amazingly resilient, Fiberglass windows is possibly the perfect building material, creating windows and doors that leave other materials in the dust. Fiberglass outperforms the competition on nearly every measure, resisting the ravages of heat, cold, time and pressure to provide the most worry-free windows and doors available today.

Fiberglass is as strong as steel and eight times stronger than vinyl. In fact pultruded fiberglass is such a solid, long-lasting material that it's been trusted for years in bridge construction. One square inch of fiberglass is so tough, we have to use a diamond-edge blade just to cut it to size. Pultruded fiberglass is made up of thin strand of strong glass cables that are saturated with specially compounded resins to create a remarkably durable material.

When you first look at fiberglass windows, you might think you're looking at an all-wood window. That's no coincidence. Our fiberglass windows and replacement fiberglass windows are designed to match the beauty and profile of solid wood windows, while providing the strength, durability and performance of fiberglass windows. Windows and Doors Arizona own fiberglass production process enables us to make the complex profiles required for the look of painted wood windows on the exterior, with the option of choosing fiberglass or natural wood for the interior. 

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Making a Fibreglass Part From Oil And Dirt

First ensure that the mould you have for your fiberglass part is free from oil and dirt by washing it in clean warm water. Allow it to dry out completely.

Release Agent

To ensure the fiberglass part doesn't stick to the mould you need to apply a release agent. For best results we recommend the use of a paste wax followed by a PVA release agent. Start by applying two coats of the paste wax to the mould. This can take the form of a brush-on or aerosol product. We prefer the aerosol product for speed and smooth application. It is vital to keep the release agents as smooth as possible as this can affect the surface of the finished casting.

After allowing the initial two coats of paste wax to dry for at least 30 minutes you can start applying the PVA release agent. We use a soft sponge to apply this coating as we want the surface to remain streak-free. We find a brush tends to leave streaks which can show up in the surface of the finished fiberglass part. Make sure that you cover the entire area of the mould with the release agent. Keep checking for any runs in the release agent and smoothen them out with the sponge as soon as you notice them.

Now allow the PVA release agent to thoroughly dry. You can speed up the drying process with a hair dryer if necessary.

The Gelcoat

A gelcoat is the initial first coat of resin which will ultimately become the visible surface of the part you are creating. This coating of resin does not contain any reinforcement such as fiberglass matting so that it can be as smooth as possible. Reinforcement of the part will come in subsequent coatings to the back of this initial gelcoat.

1) The first step is to work out how much gelcoat you need for the part. You can work this out roughly by estimating the surface area. 1 square meter of mould surface usually requires about 500ml of gelcoat .

Once you have your estimate pour the right amount of gelcoat resin into a mixing container. Mixing containers can be as simple as a waxed paper drinking cup or for larger amounts of resin you can use an ice cream container.

2) Now we need to work out how much catalyst we need to set the gelcoat resin. The catalyst we need for gelcoat polyester resin is a dangerous chemical call MEKP and should be used with great care.

So for example if you are wanting to mix 500ml of gelcoat on a cold day you need to work out 2% of your resin (simple calculation 0.02 x 500ml = 10ml) We need 10ml of MEKP catalyst when mixing 500ml of resin on a cold day.

3) Now we need to mix the catalyst and resin together in the mixing tub. Stir well using a flat stick such as a paddle pop stick. Using a clean brush apply the first coat of resin to the mould. Make sure the coating is thick and even.
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Fibre Glass Yacht Construction

What's fibreglass made out of?

For the purposes of this article it is beneficial to understand a few basic facts concerning how fibreglass boats are constructed, their typical strengths and weaknesses and most importantly what are the visible signs that manifest themselves to the owner, such as stress cracks, de-lamination, osmosis and so forth.

Basic Construction

Fibreglass boat hulls are generally composed of several laminations (or layers) of glass fibre cloths, impregnated with polyester, vinylester or epoxy resin. This is usually done by building a "female" mould and creating the fibreglass hull within by a series of subsequent stages:

The hull is then usually re-inforced with more layers of glass and resin onto areas that are under stress and the whole hull sealed with a final layer of clear resin. The rest of the internal fittings such as roof, decks, bulkheads and keel are added when the finished hull is released from the mould. (This does not always apply! Different builders vary this).

Wooden components

Often in fibreglass hulls, wooden components have been used to reinforce areas, such as galleys and so on. Often, the wood is subject to water exposure and swells, eventually causing rot and decomposition.

LAMINATED CORES

Many modern boats have been constructed using internal cores together with resins. These can be polyurethane foam, end grain balsa cores and many lightweight racing hulls are using various lightweight "honeycomb pattern" materials.

These materials decrease the weight of the hull, often with very little strength loss. Also, the use of "closed cell" foam cores combined with epoxy resins has safe guarded many of these "composite constructions" from early failures but all must be subject to high quality and standards, especially where deck installations and fittings are concerned, due to repeated high loading.

UNDERWATER

Just because the hull is underwater does not necessarily mean it will degrade any faster but in the case of poor maintenance, hidden factors may be at work. Lack of anti-fouling procedures allows marine growths to proliferate. Barnacles are a sure-fire gel coat killer if they are allowed to remain undisturbed at work!

Naturally, a weed covered hull will hide the dreaded "osmosis blisters and underwater metal fittings will be subject to damage by galvanic electrical corrosion if the right conditions exist. Rudders and props, shafts too, are often overlooked when a hurried slipping takes place, usually for a quick anti-foul.

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Activated Carbon Fiber and Its Innovative Uses

While using activated carbon in forms such as granules, pellets and powders has been popular for several years, these products are sometimes difficult to handle. On the other hand, the use of activated carbon fiber or ACF provides ease of use and unmatched performance even in the most heavy duty applications. In this particular type of form, the adsorbent (in granule or powder form) is laminated to a melt blown or spun bonded material. The end result is a light-weight, porous sheet that offers versatility in hundreds of applications.

These fiber sheets can be used in filters and masks. They can also be pleated for added performance. Today, manufacturers can also offer ACFs that are bonded using heat or have been needle punched to achieve the desired results. In many cases, you shall find that the ACF is made from a rayon or resin precursor.

In this article, we shall now discuss some of the most prominent advantages of ACFs:

    They are highly micro porous, which makes them suitable for use with air or water-based applications.

    Since these sheets are 100% activated and they offer an exceedingly large surface area, you can use them to carry out even the most complex adsorption applications.

    Just like any other type of fiber or cloth, the thickness, width and length of the ACF can be adjusted to suit specific requirements.

    It can be used for adsorption of both organic and inorganic gases. The best part is, adsorption takes place at a more rapid rate than regular granular activated carbon.

    It can also be used in acidic applications, as well as with alkaline materials as it is resistant to both.

    A number of applications in the chemical and electrical sector make use of them because they offer chemical stability and satisfactory electrical conductivity.

All these qualities have played a pivotal role in making the activated charcoal fiber an indispensable industrial material. In fact, a number of environmentalists have lauded this material for its use in environmental pollution control measures. The aerospace industry is also known to make use of these materials for metal reinforcing purposes. Moreover, the water treatment industry has successfully used this material for filtration purposes. Did you know that ACF can even adsorb bacteria such as Escherichia coli?.

And in its most basic form, this material can be used for deodorizing purposes, both in industrial and commercial sectors. Today, several industries have been applying this material for recovering solvents, purifying air, various applications in the medical sector, and even for carrying catalysts in the chemical industry. Considering all these varied advantages and applications, it is easy to understand why activated carbon fiber is in high demand across various industry verticals.

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Why not use Fibre Glass for your next repair?

Using fibre glass is often overlooked, more often than not as a repair solution, because one associates it with only car body repairing or boat repairs. Well this is not quite correct, as there are literally hundreds of other applications in and around the home where you can use fibre glass. For instance you can fill holes virtually anywhere, in timber, brick or even concrete. You are able to repair your water tanks, water pipes, the guttering, even your furniture.

Ordinary resin or polyester-based filler paste can be used for repairing small holes and dents in metal and wood. To extend your repair kit even further, I suggest you include the conventional Fibre Glass materials, being resin and Chopped Strand Mat (CSM). This will allow you to repair anything from roofs to rusty storage tanks that can be patched. Make a Fibre Glass bandage to add strength to gutter or down-pipe joints, or if you have a burst water-pipe, a similar application for a successful interim repair.

Although there are many types of Fibre Glass products, for instance woven cloths (more strength less flexible) fibre tissue where appearance is of importance and not strength. To give a better finish fibre tissue is often used on top of the CSM material. You will find most repair kits that are available supply CSM, this product is actually a mat of randomly laid fibres which are loosely held together by an emulsion, of which dissolves upon contact with the fibre glass resin. This allows more flexibility and interconnection between the alternate layers of the fibre and resin.

Essential materials required, Chopped Strand Mat (CSM) or fibre glass tape, resin (attention this has a limited life) and hardener are for the fibre glass material. A measuring dispenser for the hardener, a grooved metal roller, important to remove any air bubbles, a stiff bristled brush, you will also need acetone or cellulose thinners for cleaning. Finally, an absolute must, Gloves.

Rather than buy a proprietary filler, why not make your own as you have the resin and hardener, almost any aggregate can be used together with clear general purpose resin and hardener. For instance, fine sawdust makes perfect filler for wood, powdered chalk or a cheap talcum powder makes dense filler of which can be used for cracked concrete, brickwork. Mix one part of aggregate to one part of resin/hardener solution when making up the paste, carefully turning the mix into itself, avoiding creating air bubbles until the mix is to a uniform color. Attention to the quantity you mix, as it may harden before you have had the chance to use it all. Damp and cold are not conducive to successful work, ideal temperature approximately 20 C.

Filling holes or dents, to repair minor holes or dents with filler start by scuffing the area with a sanding disk at least 25 mm around the affected area. Clean the area with a white spirit, if you are working with metal apply a coat of rust inhibitor. If the hole you are repairing is in metal and the repair is not to show above the surrounding surface,I would suggest you indent the area around hole with a ball head hammer, this way the indent can be filled and later sanded to a flat smooth finish.

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