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Sewing patterns specify if interfacing is needed, the weight of interfacing that is required, and the amount. Some patterns use the same fabric as the garment to create an interfacing, as with sheer fabrics. [2] Interfacing has three main 'types': woven, non-woven and knit. Each is designed to behave differently.
The speed at which a fuse blows depends on how much current flows through it and the material of which the fuse is made. Manufacturers can provide a plot of current vs time, often plotted on logarithmic scales, to characterize the device and to allow comparison with the characteristics of protective devices upstream and downstream of the fuse.
Interfacing is a common term for a variety of materials used on the unseen or "wrong" side of fabrics in sewing. Interfacings support the fashion fabric ("shell fabric") of the garment and may be selected to change the hang of the fabric in some portions of the garment; for instance, a shirt collar has an interior stiffening from interfacing.
Where space permits, a miniature circuit breaker is sometimes used to replace a blade-type fuse in the same fuse holder.. Blade fuses use a common coloring scheme for the Micro2, Micro3, low-profile (LP) Mini, Mini, and regular size fuses, and a partial color similarity with the maxi size fuses.
An electrical fusible link is a type of electrical fuse that is constructed simply with a short piece of wire typically four American wire gauge (AWG) sizes smaller than the wire that is being protected. For example, an AWG 16 fusible link might be used to protect AWG 12 wiring.
Conductive textiles known as lamé are made with guipé thread or yarn that is conductive because it is composed of metallic fibers wrapped around a non-metallic core or has a metallic coating. A different way of achieving conductivity is to weave metallic strands into the textile.