Customizable Invisible Transparent Fiber Optic Cable Manufacturer

· G.657.B3 Fiber Core

This Invisible Fiber Optic Cable employs the advanced G.657.B3 fiber standard. Efficient signal propagation is enabled by its core with a size of 9 µm. You get 1625 nm wavelength operation.

This cable is classified as dispersion-unshifted. Cladding diameter stands at 125 µm. The effective group index is 1.4682. A mode field diameter is 6.3 µm. Zero dispersion wavelength comes in at 1312 nm.

The polarization mode dispersion is 0.04 ps/sqrt(km). Also, cutoff wavelength hits 1250 nm. The cable’s core concentricity error is a mere 0.3 µm. It showcases a macrobend loss less than 0.03 dB at 15 mm radius.

· Advanced Polymer Coating

Our Invisible Fiber Optic Cable has a specialized polymer coating. You’ll notice a Polyvinylidene Fluoride layer. A 250 µm thick coating improves durability. The material has a refractive index of 1.42, to aid in light guidance. Thermal expansion coefficient stays at 140 ppm/°C.

The coating shows a tensile modulus of 1.2 GPa. Its elongation at break hits 50%. Its maximum operating temperature is 150°C. A glass transition temperature is -35°C. Moisture absorption rate is just 0.04%.

UV resistance features a Delta E less than 2.0 after 1000 hours. Coating concentricity error is under 5 µm. It boasts an abrasion resistance of 5000 cycles.

· Optimized Refractive Index

Invisible Fiber Optic Cable utilizes an optimized refractive index profile. The core’s refractive index is precisely 1.468. You will find the cladding index at 1.462, ensuring total internal reflection.

0.36% is the difference, or delta. This profile features a step-index design. It operates at a cut-off wavelength of 1260 nm. The numerical aperture measures 0.12.

Also, its mode field diameter is 9.2 µm at 1310 nm. Dispersion slope registers at 0.085 ps/(nm^2km). Its chromatic dispersion coefficient is 3.5 ps/(nmkm) at 1550 nm. This fiber supports a single mode of propagation.

· Reduced Microbending Loss

CommMesh’s Invisible Fiber Optic Cable incorporates features that reduce microbending loss. The acrylate buffer material has a Young’s modulus of 2.5 MPa. This 250 µm buffer layer provides cushion. You will observe a Poisson’s ratio of 0.45. Microbend sensitivity is minimized at 0.5 dB/km per µm.

The coating’s hardness measures 80 Shore D. Its thermal conductivity is 0.2 W/(mK). It has a 1.5 J/(gK) specific capacity. Its density comes in at 1.2 g/cm^3. Flexural strength is 50 MPa. A critical bending radius is 5 mm. It supports bend angles up to 90 degrees. Your data remains secure due to an induced attenuation less than 0.1 dB.