Fiberglass E-Glass Fabric Sleeve
Fiberglass E-Glass Fabric Sleeve

Fiberglass E-Glass Fabric Sleeve

SKU: F-1071

$1.13 – $10.69

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    Please Note: Due to the nature of composite materials, coloration of fabric may change or darken when resin is introduced to your part/fabric.

    Description

    This fabric is woven into a tube/sleeve so you can easily make straight or curved pipes with no seams.  This sleeving uses a light weight fiberglass yarn which will yield a lighter and easier to work with sleeve. Thickness is 0.012″/0.3mm.

    To harden the raw fabric into a usable form, you will need the appropriate resin or epoxy for your project.

    This sleeve is available in 0.5″, 0.75″, 1″, 1.5″, 2″, 3″, 4″, and 6″ diameters

    Sharx™ braided sleevings easily and repeatedly conform to the shape of products with changing geometries like prosthetics and hockey sticks, improving overall performance, minimizing weight, and maximizing strength. A sleeving takes on the exact shape and dimensions of the part over which it is pulled. When the sleeving is pulled over a part with changing cross-sections the fiber orientation, the thickness, and the yield of the braid vary at each point along the length of the part. These variations are predictable and repeatable and lend themselves to easy and precise manufacture of composite parts.

    Sharx™ braid is seamless, so all fibers within the reinforcement work together to carry the load. The fibers in Sharx™ sleevings orient themselves to follow the load path. For instance, a 2″ diameter sleeving used to manufacture a goalie stick pulls down to 1.1″ over the handle resulting in a low angle which increases the stiffness. As this same sleeving is pulled over the blade of the goalie stick, the braid diameter increases to 2.3″ resulting in a 54.4 degree angle and increased impact resistance.

    Woven Biaxial Sleeves can contract and expand when pulled or pushed resulting in a smaller diameter and longer length or a larger diameter and shorter length. As a result of this it is very difficult to measure woven sleeves by length when cutting. Measuring by length can result in a final cut length off by /- 25% or more. To account for this problem we weigh all our sleeves and cut based on the weight not the length. This will result in a more accurate final cut length. Still using this method, lengths may be off by /- 5%.

    This item is sold by the linear yard (verified by weight). Each qty will yield a 36″ long piece. If you order more than one, we will leave the sleeve in a continuous piece.

    These sleeves will expand in diameter if the ends are pushed together and also will decrease in diameter if pulled from both ends.

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    How We Sell - Fabrics

    Our fabrics are sold by the linear yard, with the exception of our samples which are a single 4"x4" (or 5"x7") piece. The unit price displayed is for 1 linear yard; all volume discounts will be automatically applied when selecting larger quantities of fabric when added to your shopping cart, as indicated in the table above with quantity discount ranges for units purchased.

    Please purchase the number of linear yards that you require. When purchasing multiple yards of the same fabric, you will receive one continuous length of that material. We carefully take that material and roll it onto a cardboard core and wrap clear plastic or Kraft paper over it, making sure to keep the fabric in its first quality condition. We pride ourselves on having one of the best material handling crews possible.

    Resin Consumption

    Resin consumption is provided for the approximate amount of resin by weight in the final part after processing by vacuum infusion. This does not account for the resin used in the flow lines and consumables such as flow media or breather cloth. Wet-layup by hand will also have a higher resin consumption in the final part and depends on the user’s techniques. Vacuum bagging a wet layup will improve the resin content. Too much resin will cause a weaker part, not stronger. The average rule of thumb is around 45% (+/- a couple of percent). To calculate actual resin % in your part, a burn test is used. For example, you have a part weighing 100 grams, and you would burn off the resin, which would leave the fiber behind. You should have 55 grams of fiber left when your process is working correctly. Due to the variables in processing, it is hard to give an accurate amount of resin needed to purchase for making your part. However, you will have waste no matter what method is used. A suggested ratio is about 1-1.5lbs of resin per lb of fabric purchased.

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