Reducing sleeve KZ/KW PVC-C 1x3/4" 4718-131

PVC-C Reducing Sleeve – Reliable Connection in Installations

The KZ/KW reducing sleeve made of chlorinated polyvinyl chloride (PVC-C) is a component connecting pipes of different diameters, allowing for precise adaptation of the installation to specific conditions. Designed to connect pipes with diameters of 1 inch and 3/4 inch, it is a key component in water, air conditioning and industrial systems. Made of high-quality material, it ensures durability and corrosion resistance, which translates into long-term and trouble-free operation of the installation.

Properties and application

The use of PVC-C in the production of this sleeve guarantees a number of benefits. This material is characterized by high chemical resistance – it is inert to the action of several hundred chemical compounds, making it an ideal solution in industrial installations. In addition, the smooth inner surface minimizes flow resistance, and high thermal insulation reduces heat loss and the risk of condensation. The sleeve is intended for pressure installations for drinking water, as well as for hot and cold water and air conditioning systems. Glued connection ensures tightness and durability of the structure.

• Durability: PVC-C material provides a service life of the installation estimated at a minimum of 50 years.
• Resistance: High resistance to corrosion, scale and dirt build-up.
• Versatility: Possibility of use in drinking water, hot and cold water and air conditioning installations.
• Easy installation: Glued connection does not require specialized tools or electricity.
• Insulating properties: High thermal insulation reduces heat loss and the risk of condensation.
• Flow resistance reduction: Smooth inner surface minimizes fluid flow resistance.

Construction and parameters

The KZ/KW reducing sleeve has an outer diameter of 28.6 mm and is designed for gluing. Made of PVC-C, it offers excellent dimensional stability and resistance to mechanical damage. The construction of the sleeve ensures a reduction of local flow resistance, which translates into the efficiency of the entire installation. Thanks to its vibration and noise damping properties, it ensures quiet operation of the system. The lightweight construction facilitates assembly and transport, and excellent fire-resistant properties increase safety of use.