Shut-off valve GLO Fig. 215C, DN100 PN25, design 03: stem-to-disc connection – detachable – screw, stem. Body – ductile iron. 215C100D03

The Zetkama zGLO type 215 shut-off valve is a reliable solution for completely interrupting flow in piping systems. Manufactured from high-quality ductile iron, it ensures durability and corrosion resistance. This model, with a diameter of DN100 and pressure rating PN25, is designed for use with various media—including water, steam, compressed air, oil, glycol, and glycerin.

Construction and Application

The valve features a mushroom-type design that guarantees tight sealing. The stem-to-mushroom connection is detachable and secured with a screw, facilitating maintenance and easy component replacement. Designation "03" indicates a detachable stem-to-mushroom connection via screw. The body, made of ductile iron (EN GJS-400), provides high resistance to pressure and temperature. The stem and mushroom are manufactured from stainless steel, enhancing resistance to internal corrosion. This valve is suitable for heating, water supply, industrial, and compressed air systems.

Product Advantages and Features

• Versatility: Compatible with diverse media—from water to steam and oil.
• Durability: Ductile iron body ensures high resistance to pressure and mechanical damage.
• Leak-tightness: Mushroom design ensures complete flow shut-off.
• Easy Maintenance: Detachable stem-to-mushroom connection allows simple replacement of components when needed.
• Corrosion Resistance: Stainless steel stem and mushroom ensure long-term performance under varying conditions.
• Standard Connections: Flanged connections compliant with EN 1092 simplify integration into existing systems.
• Wide Temperature Range: Operational temperatures up to +350°C (depending on body material—standard ductile iron).

This valve is ideal for professional installers seeking a reliable component for their projects, as well as end-users requiring a robust solution to protect their systems. The manual handwheel enables easy operation without the need for additional tools.