Fiberglass is a material made of glass fibers woven into a texture that causes it to trap pockets of air. The resultant fabric has high thermal insulation properties and low density.
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The thermal insulation property of fiberglass makes it a useful fabric in applications that need a thermal barrier and a high level of temperature resistance. A range of fiberglass fabrics suitable for this purpose is offered by Mid-Mountain Materials, Inc.
The HYTEX® range of fabrics from Mid-Mountain are high-temperature resistant textiles produced from various materials in different configurations based on the application. There are two fiberglass products in this range, HYTEX® and HYTEX® .
Made from e-glass yarns, HYTEX® fiberglass fabrics have a continuous operating temperature of °F. In case of the product being intended for short-term use, the operating temperature can go up to °F.
HYTEX® fiberglass fabrics have high dielectric strength, are chemical resistant, and maintain a high level of tensile strength even at high temperatures.
The products produced from e-glass include fiberglass tape, cloth, sleeving, and rope in braided, knit, or woven configurations.
Moreover, high-temperature resistant fiberglass fabrics are also featured in this range. These fabrics are particularly used as removable and reusable insulation pads and blankets in the insulation industry. Fiberglass fabrics have low smoke emission, excellent abrasion resistance, and thermal insulation properties, and they can be heat treated to minimize fraying when they undergo fabrication. HYTEX® Fiberglass fabrics can be heat-treated or laminated with foil to further improve the temperature resistant properties when being used for insulation blankets and insulation pads.
HYTEX® was developed to be used in applications where products, such as HYTEX® that are produced from e-glass yarns, would normally fail. This fabric is produced from low-alkali fiberglass yarn and its continuous operating temperature is °F. If the product is intended for short-term use, the operating temperature can reach as high as °F. °F is the melting point of these fiberglass fabrics.
Fabrics in this range are very lightweight, have high strength, a high level of abrasion and chemical resistance, and excellent dimensional stability. Laminating the HYTEX ® fabrics with foil or applying them with coatings can also improve their thermal and abrasion properties. This product range includes cloth, tape, sleeving, and rope in knit, braided, and woven configurations.
Besides HYTEX family of fiberglass fabrics, Mid Mountain also provides a range of fiberglass mats and papers with a continuous operating temperature of °F. The company&#;s CERMEX® fiberglass products are manufactured from non-respirable, high purity e-glass fibers, and are ideal for applications including die-cut gaskets for thermal barriers. Customers can visit the company&#;s website for more information on the CERMEX® product line.
Mid Mountain offers an extensive selection of thermal insulation textiles, including the aforementioned fiberglass fabrics. For more information on this range of products, customers can contact Mid-Mountain Materials, Inc.
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This information has been sourced, reviewed and adapted from materials provided by Mid-Mountain Materials, Inc.
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Brands and Manufacturers: Choosing a reputable brand or manufacturer usually ensures the quality of the product. Some of the famous fiberglass manufacturers include Corning, Schott, Owens Corning, etc.
Specifications and Certifications: View product specifications and certifications. High-quality fiberglass will usually meet international or national standards, such as ISO certification. Make sure there are relevant logos and certifications on the product.
Clarity and Uniformity: Observe the clarity and uniformity of the glass fiber. High-quality fiberglass should have no obvious impurities, bubbles or other defects, and the surface should be smooth and even.
Diameter and Density: Check the fiber diameter and density. High-quality fiberglass typically has a consistent diameter and density, which helps improve its performance and reliability.
Tensile Strength: Find out the tensile strength of your product. High-quality fiberglass typically has higher tensile strength, which means it can withstand greater pulling forces without breaking easily.
Corrosion Resistance: If you plan to use fiberglass in a corrosive environment, make sure it has adequate corrosion resistance to maintain its performance and longevity.
Price and Source: While price is not the only criterion, generally speaking, higher quality products will tend to be more expensive. Make sure not to rely solely on price as the sole deciding factor, but consider other quality indicators as well.
Consult an expert: If you are still unsure about how to identify high-quality fiberglass, it is recommended to consult an expert or consulting company in the relevant field, who can provide you with more professional advice.
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