SS Rod Ribbon Fiber Splice Sleeve OEM FTTH Drop Cable Protection Sleeve 60mm

Double Stainless Steel Rod FTTH Drop Cable Protect Fiber Heat Shrink Sleeves

Description:

  Double Stainless Steel Rod FTTH Drop Cable Protect Fiber Heat Shrink Sleeves is mainly used in FTTH project. It is a protective element for outdoor or indoor cable or between indoor cable and single core fiber jumper. In order to make it easy to fit, we offer a big inner diameter up to 3.9mm, it's much bigger than those low price products.

  FTTH Drop Cable Protect Fiber Heat Shrink Sleeves is used to protect the optical fusion fiber cable. The construction of the three protective and strengthening elements of the FTTH Drop Cable Protect Fiber Heat Shrink Sleeves is distinctive in the function that each provides. The inner stainless steel pin keeps the sleeve rigid and stable. The pin is vibratory tumbled with a special medium. This eliminates the possibility of fiber scarring or material penetration, both of which could damage the sensitive glass fibers. The inner tube is made of a specially designed material that compresses. The fiber splice becomes encapsulated within the inner tube. The outer tube is made of a heat-shrinking polyolefin. This encloses the inner tube and the encapsulated fiber splice, providing double protection and ensuring that moisture and air are eliminated from the fiber splice. FTTH Drop Cable Protect Fiber Heat Shrink Sleeves is available in a standard length of 60 mm. however, other lengths are available upon request.

  Optical cable protection is made of PE/EVA , with stainless steel rod diameter 1.0mm, Shrunk OD 3.5mm,3.6mm and 3.8mm. It's shape and design almost same as single fiber splice sleeve, just the outer diameter after shrinking and inner diameter are different.

Features:

1. Not affect the optical conductivity of the spliced fiber

2. Easy operation, reduce the damage of optical fiber duringl installation

3. Strong practicality

4. Transparent casing

5. Quickly shrink, improving work efficiency

6. extend the service life of the fiber

7. No air bubbles, no fiber breakage

Technical Parameters: