fiberglass

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fiberglass,

thread made from glass. It is made by forcing molten glass through a kind of sieve, thereby spinning it into threads. Fiberglass is strong, durable, and impervious to many caustics and to extreme temperatures. For those qualities, fabrics woven from the glass threads are widely used for industrial purposes. Fiberglass fabrics can also be made to resemble silks and cotton and are used for curtains and drapery. A wide variety of materials are made by combining fiberglass with plastic. These materials, which are rust proof, are molded into the shape required or pressed into flat sheets. Boat hulls, automobile bodies, and roofing and ceiling compositions are some of the uses to which such material is put.

fiberglass

The generic term for a material consisting of extremely fine filaments of glass that are mixed with a resin to give the desired form in a mold. Layers of this combination are laid or sprayed into the mold. See also: Plastic

fiberglass

[′fī·bər‚glas]
(materials)

fiberglass, fibrous glass, glass fiber

Filaments of glass, formed by pulling or spinning molten glass into random lengths; either gathered in a wool-like mass or formed as continuous thread-like filaments having diameters in the range of 10 to 30 µ m. The wool-like material is processed into many forms of varying densities for use as thermal and acoustical insulation. The continuous-filament type is used for textiles, glass fabrics, and electrical insulation and as reinforcement for other materials.

fibreglass

(US), fiberglass
1. material consisting of matted fine glass fibres, used as insulation in buildings, in fireproof fabrics, etc.
2. a fabric woven from this material or a light strong material made by bonding fibreglass with a synthetic resin; used for car bodies, boat hulls, etc.
References in periodicals archive ?
Scanning electron photomicrographs of fracture surfaces in laminated birch wood specimens after mechanical testing suggest how through-reinforcement and addition of glass-fibre to adhesive bond lines increased fracture toughness.
The same patterns of failure were noted at fracture surfaces of composites bonded with polyurethane adhesive containing glass-fibre (Figures 11(a)-11(c)).
Our results also show that glass-fibre reinforcement of adhesive bond lines significantly increases fracture toughness.
The fracture toughness of the model composite we tested was clearly improved by adhesive through-reinforcement and also the addition of glass-fibre to adhesive bond lines.
We hypothesised that introduction of through-reinforcement across veneers, and glass-fibre reinforcement of adhesive bond lines would significantly increase the fracture toughness of a laminated birch wood composite.
Caption: Figure 1: Preparation of laminated birch wood composite specimens with two levels of through-reinforcement (TR) of laminae and polyurethane (PU) adhesive bond reinforcement with glass-fibre (GF).
Caption: Figure 3: Fracture toughness values of specimens containing through-reinforcement and glass-fibre in adhesive bond lines versus fracture toughness of the controls.