An environment-friendly water-based nano anti-aging coated optical cable
An anti-aging coating and environmentally friendly technology, applied in the field of communication optical cables, can solve the problems of protective coatings and hazards of optical cables without anti-aging coatings, and achieve the effects of prolonging service life and convenient handling
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Embodiment 1
[0024] An environment-friendly water-based nanometer anti-aging coating optical cable, including a sleeve and an anti-aging coating; a number of optical fibers are arranged in the sleeve, fiber paste is arranged between the optical fiber and the optical fiber, and between the optical fiber and the sleeve, and a strengthening member, a sleeve The tubes are arranged in a circle around the reinforcement, and the yarn binding layer is wrapped around all the sleeves, and a water-blocking layer is set between the sleeves, between the sleeve and the reinforcement, and between the sleeve and the yarn binding layer. An inner sheath and an outer sheath are arranged in sequence outside the binding layer, and the waterproof coating component is composed of titanium dioxide, nano-zinc oxide, modified nano-titanium dioxide, etc., and the anti-aging coating is carried out according to the following weight percentage Ratio: polypropionic acid emulsion: 20%; coalescent: 1.2%; defoamer: 0.1%; di...
Embodiment 2
[0032] An environment-friendly water-based nanometer anti-aging coating optical cable, including a sleeve and an anti-aging coating; a number of optical fibers are arranged in the sleeve, fiber paste is arranged between the optical fiber and the optical fiber, and between the optical fiber and the sleeve, and a strengthening member, a sleeve The tubes are arranged in a circle around the reinforcement, and the yarn binding layer is wrapped around all the sleeves, and a water-blocking layer is set between the sleeves, between the sleeve and the reinforcement, and between the sleeve and the yarn binding layer. An inner sheath and an outer sheath are arranged in sequence outside the binding layer, and the waterproof coating component is composed of titanium dioxide, nano-zinc oxide, modified nano-titanium dioxide, etc., and the anti-aging coating is carried out according to the following weight percentage Proportion: polypropionic acid emulsion: 35%; film-forming aid: 1.8%; defoame...
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