Weld cover 60mm pack of 100 pcs ISP 6800 2 060-10-ISP

Fiber Optic Splice Sleeves – Reliable Protection for Fiber Optic Connections

Splice sleeves are a key element in protecting delicate fiber optic connections from mechanical damage and environmental influences. The product offered in a package of 100 pieces, with a length of 60mm, is designed for both professional fiber optic network installations and repairs and maintenance. Made of high-quality plastic, with additional reinforcement in the form of a metal rod, they provide solid protection for the splice.

Construction and Application

These sleeves are widely used when making fiber optic connections in various conditions – from precise laboratory work, through installations inside buildings, to field work. Their heat-shrinkable construction allows for a perfect fit to the splice after heating, creating a tight and durable protective barrier. The internal reinforcing rod prevents the sleeve from bending and provides additional connection stability. A shrinkage ratio of 3:1 guarantees a secure fit on fiber optic cables of different thicknesses.

Advantages and Benefits

• High quality workmanship: Ensures durability and reliability of splice protection.
• Reinforcement with a metal rod: Additional protection against mechanical damage and bending.
• 3:1 heat shrink ratio: Versatile application for different fiber optic diameters.
• Easy installation: Quick and simple splicing with a standard heat shrink method.
• Protection against environmental influences: Protects splices against moisture, dust and other external factors.
• 100-piece package: Convenient solution for professionals performing larger installations or services.
• Compliance with standards: The product meets the required quality standards for fiber optic accessories (Intrastat code: 39269097).

Thanks to these features, splice sleeves are an essential element of equipment for every fiber optic network installer and telecommunications service. They enable the creation of durable and reliable connections, minimizing the risk of failure and ensuring long-term network stability.