Choosing Between Uv Light And Heat Ovens For Superior Performance

By Author: James
Total Articles: 19
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The process of setting or hardening materials such as coatings, encapsulating, or adhesives used in the manufacture, maintenance, or installation of optical fibers is known as optical fiber curing with Fiber Curing Oven. In optical fiber applications, curing is necessary to guarantee the strength and longevity of connections, shield fibers from external stress, and stop signal loss over time.


It is necessary to coat the optic fiber cables with materials such as polyimide or acrylate polymer and cure them using UV light or heat in a special oven designed for this purpose.


In order to minimize micro-bending loss, acrylic polymers are often placed in a two-layer coating system, consisting of a stiffer outer layer known as the secondary coating and a softer inner layer known as the primary coating.


Non-acrylate specialized fiber coating materials, such as polyimide polymers, are utilized as secondary cladding or in severe conditions. This material's coated fibers have the broadest temperature range, ranging from -65°C to 300°C or even 400°C.


These polymers ...
... provide both chemical and mechanical environmental protection, and each of these qualities gives optical fiber the ability to satisfy client needs.


The most popular methods for curing an optic fiber cable are the UV and heat oven systems. The UV can be either a microwave-excited UV lamp or a UV arc lamp. Fiber Polishing Film is also an essential part of fiber optics.


The following are some benefits of using UV light to cure an optic fiber:


• Faster and more efficient manufacturing rates.


• Decreased downtime.


• The curing process may be completed more quickly, effectively, and with less waste thanks to UV technology.


• More robust and superior optical cables and fibers.


• More robust branding identification on cable jacketing and wires.


In terms of the drawbacks, the following are the most important ones:


Low effectiveness: Higher electrical operating expenses are the result of UV lamps' intrinsic inefficiency in generating UV light.


Replacement of the ballast: UV microwave systems require regular ballast replacement in the power source. Downtime in production and higher component and technical support costs are the outcomes of this.


Another technique for curing fiber cable connections, including FC, SC, LC, MU, MTRJ, ST, and MPO, is to utilize a heat-curing oven. This type of curing can use a highly precise temperature control system that is adjustable from 0° to 160°C. This oven has the advantage of being able to be used both indoors and outdoors, and it comes in a variety of sizes and capacities to cure 20, 50, or more cables at once, depending on the manufacturer.


The following are some benefits of using heat over to cure an optic fiber:


It's feasible and easy.


It may be lightweight and portable.


It is simple to swap out the curing instruments.


Since the quality of the final product will impact your market, it is crucial to ensure that the curing process with Fiber Curing Oven is understood in order to optimize the manufacturing conditions for optical fibers and increase product reliability.