Shut-off valve GLO Fig. 215C, DN25 PN16, ductile iron EN-GJS-400-18-LT, design: 42, shut-off check valve, loose disc without spring, stem-brass, disc and body ring-bronze 215C025C42

The zGLO Fig. 215C shut-off valve is a reliable solution for flow regulation in diverse installations. Manufactured from ductile iron EN-GJS-400-18-LT, it offers high resistance to corrosion and mechanical damage. This model, with a nominal diameter DN25 and nominal pressure PN16, performs excellently in both hot and cold water systems, steam installations, and demanding industrial environments.

The shut-off/check design with a spring-free loose poppet ensures effective flow isolation, while the use of brass for the stem and bronze for the poppet and body ring guarantees long-term, trouble-free operation. The valve complies with the Pressure Equipment Directive 97/23/EC and carries CE marking for DN 32, confirming its conformity with European safety standards.

• Robust construction: Ductile iron EN-GJS-400-18-LT provides resistance to high pressures and extreme temperatures.
• High tightness: Leak class A per EN 12266-1 minimizes leakage risk and ensures system efficiency.
• Versatile application: Ideal for water, steam, industrial, district heating, and energy systems.
• Standards compliance: Meets requirements of Pressure Equipment Directive 97/23/EC and carries CE marking (for DN 32).
• Software compatibility: Technical data is available in leading calculation software libraries (Instal-therm, Instal-san, Audytor C.O. 3.8, Audytor H2O 1.5), simplifying component selection and system design.
• Long service life: Brass stem and bronze poppet/body ring provide excellent corrosion resistance and extended operational life.

This valve is manufactured in accordance with EN 1092-2 (flanges) and EN 558-1 (face-to-face dimensions), ensuring full compatibility with other system components. Thanks to precise manufacturing and high-quality materials, the zGLO Fig. 215C valve is an investment in safe, efficient system operation for many years. This reliability is especially critical when designing new installations or modernizing existing ones—component dependability directly translates into enhanced user safety and reduced operational costs.