General
Colour	Black

The braided sleeve Pliosil PET 5 from Ses-Sterling is a black-coloured protective sleeve made of polyester terephthalate (PET), designed for use in electrical and IT installations. It serves the mechanical protection and organisation function for cables and lines, particularly in areas where a flexible yet robust covering is required. The designation Pliosil PET 5 refers to the specific product line and material composition, with PET indicating the high strength and chemical resistance of the material. The sleeve is supplied in a packaging length of 100 metres, making it suitable for larger installations.

Applications

The braided sleeve Pliosil PET 5 is suitable for use indoors, where cables and lines must be protected against mechanical influences such as friction, pressure, or slight abrasion. It is frequently used in building installations, cabling of server and network rooms, as well as in industrial electrical installations. The black colour blends visually into most technical environments and is suitable for applications where discreet cabling is desired. Due to the PET material composition, the sleeve is resistant to many chemical influences, such as oils, fats, and solvents, which may occur during operation.

Functions and Features in Detail

The sleeve features a braided structure that provides high flexibility and simultaneous mechanical stability. The fibre structure allows for easy installation, as the sleeve can be easily placed around cable bundles without damaging the cables. The black colouring is an integral part of the material and not applied externally, ensuring uniform colouration and long-term durability. The packaging length of 100 metres offers high cost-efficiency for larger projects, as it minimises the number of connection points and thus reduces installation time.

Technology Explained Simply

The braided sleeve Pliosil PET 5 is made of polyester terephthalate (PET), a synthetic polymer known for its high strength, heat resistance, and chemical resistance. The braided structure ensures that the sleeve can be elastically deformed without losing its protective function. The specific weight of 5.9 g per metre indicates that it is a lightweight material that does not impose additional load on the cables. The packaging weight of 0.59 kg for 100 metres corresponds to the total weight of the delivery, including packaging material.

Compatibility and Accessories

The sleeve is compatible with a wide range of cable types, particularly electrical lines, data cables, and network cables. It can be used in combination with cable ties, cable loops, or other fastening elements to securely fix cable bundles. The PET material composition allows for use in environments with moderate temperatures and low humidity, although no specific standards or certifications are mentioned for outdoor use or use in explosive atmospheres. Use in special environments, such as in the food industry or in medical facilities, is not explicitly confirmed.

Installation and Mounting

Installation is carried out by simply sliding the braided sleeve over the cables to be protected. Due to its flexible structure, the sleeve can be easily placed over cable bundles without damaging the cables. The braided structure allows for secure fastening, with additional fastening elements such as cable ties recommended to ensure firm anchoring. The packaging length of 100 metres allows for continuous installation over long distances, thereby minimising the number of connection points.

Operational Advantages

The braided sleeve Pliosil PET 5 provides reliable mechanical protection for cables and lines. The high flexibility and lightweight design facilitate installation, while the chemical resistance of the PET material ensures a long service life. The black colour ensures discreet integration into technical environments. The packaging length of 100 metres offers an economical solution for larger projects, as it reduces the number of connection points and thus shortens installation time. The PET material composition ensures high strength and resistance to mechanical stresses during operation.