90° Nipple bend Inox - 28 1609068145

90° Inox compression elbow – reliability and durability in KAN-therm systems

This is a compression elbow made of stainless steel 316L (1.4404), designed for building installations in the KAN-therm Inox system. Its construction ensures durable and tight connections, resistant to corrosion and high temperatures. The elbow with a 90° angle and a bend radius of 34 mm, with a nominal diameter of DN25 (28 mm outer diameter), is ideal for installations requiring precise pipe routing.

Construction and materials for demanding applications

The use of stainless steel 316L guarantees exceptional corrosion resistance, making this elbow an ideal choice for installations in difficult conditions – both indoors and outdoors. The O-ring seal made of ethylene-propylene-diene monomer rubber (EDPM) further increases the tightness of the connection, minimizing the risk of leaks. Thanks to the use of compression technology, the connection is extremely durable and resistant to vibrations and pressure changes.

LBP function – leak control for your safety

The elbow has an LBP (Leak Before Press) controlled leak function, which allows you to detect an improperly made compression connection even before the installation is put into use. This means extra safety and confidence that the installation is tight and functioning correctly. The elbow length is 74 mm, and the connection lengths are 60.1 mm and 65.5 mm, with working lengths of 37.1 mm and 42.5 mm – these dimensions facilitate precise installation and adaptation to the existing infrastructure.

• Durability: Made of stainless steel 316L ensures long-term operation without the risk of corrosion.
• Tightness: O-ring seal with EDPM and compression technology guarantee a tight connection.
• Safety: LBP function allows detection of leaks before commissioning the installation.
• Versatility: Designed for KAN-therm Inox systems, ideal for domestic water, heating and cooling.
• Precision: 90° angle with a bend radius of 34 mm enables accurate pipe routing.