AYVAZ SİSKKB-200 Sismik Kompansatör DN65 FM

AYVAZ SISKKB-200 Seismic Compensator Grooved FM Approved L:200mm DN65

Reliable Protection Against Earthquakes and Building Movements with Guarantee from ORFA Industrial

In fire protection systems and buildings with high seismic risk, the seismic compensator plays a critical role by absorbing building expansions, earthquake movements, and floor transition oscillations, maintaining system integrity. This seismic compensator DN65, offered by Ayvaz with international FM approval, provides an ideal solution for medium-sized installations with a total length of 200 mm. Designed with a grooved connection, the professional seismic compensator offers fast and convenient installation without welding or flanges. Made of stainless steel, this seismic compensator operates safely over a wide temperature range from -80°C to +427°C and guarantees long-lasting leak-proof performance. FM (Factory Mutual) certification confirms full compliance with international fire safety standards and makes this seismic compensator mandatory in fire suppression systems. Available from ORFA Industrial, this seismic compensator provides complete resistance to lateral, axial, and angular movements, supporting the building's flexibility. With a design pressure of 12 bar, the seismic compensator ensures safe operation even in high-pressure systems and performs equally well in potable water, HVAC, and fire protection systems. St 37.2 carbon steel connection parts and hinge components provide superior mechanical strength, while the stainless steel bellows offer full protection against acids and corrosion. Each seismic compensator unit passes strict quality control processes, guaranteeing compliance with international standards. Using a high-quality seismic compensator in your installation means taking proactive measures against earthquake risk. Ensure maximum safety and system continuity with an Ayvaz seismic compensator.

Maximize seismic safety and system continuity with AYVAZ Seismic Compensator solutions.