CD cartridge recycling splitter _ _ Kan communications equipment business splitter cartridge recycling prices

Haizhu District of Guangzhou Wei Kan communications equipment business major recovery for the inserts splitter splitter splitter pigtail, splitter tray and rack splitter, which is common inserts splitters and splitter pigtails , the other two are generally used for special spectral equipment and special installation environment. All cash payments, the high price of recycling, efficient use of resources and reduce the loss. Fused biconical taper method is to two (two or more) to remove the optical fiber coating layer by a certain method of scrambling, melted under heating at high temperatures, while stretching to both sides, the final form of a double cone is formed in the heating zone special waveguide structure by controlling the angle of twist and stretch the fiber length can be obtained in different spectral ratio. Finally, the tapered region curing adhesive curing on a quartz substrate is inserted into the stainless steel brass, which is an optical splitter. Haizhu District of Guangzhou Wei Kan communications equipment business major recovery for the inserts splitter splitter splitter pigtail, splitter tray and rack splitter, which is common inserts splitters and splitter pigtails , the other two are generally used for special spectral equipment and special installation environment. All cash payments, the high price of recycling, efficient use of resources and reduce the loss. Deeper speak optical splitter can be divided according to the principle and the melting pull tapered planar waveguide type two, melt pull cone product is two or more fibers were fused together side; planar waveguide-type micro-optical elements products, using photolithography techniques, the optical waveguide is formed on a dielectric or semiconductor substrate to achieve branch distribution function. This is similar to the two types of spectroscopic principle, their mutual coupling (coupling, coupling length) and changing the radius of the fiber-optic to achieve different sizes by varying the amount of branches between the evanescent field optical fiber, and vice versa may be combined into multiplexed optical signals along signal called a synthesizer.