The Ball Valve - 15mm Compression Red Butterfly Handle is designed for use in a variety of applications, including water and compressed air systems. With a full-bore design and a brass body, this valve offers robust performance, featuring a plated finish for enhanced durability. It is ideal for hot and cold water services, central heating systems, steam, oil, and many other applications where a secure, easy-to-operate valve is required.

This valve can withstand pressures up to 16 bar at 30°C, 10 bar at 65°C, and 8 bar at 85°C, providing flexibility for different conditions.

Manufactured by a BS EN ISO 9001:2008 registered company, the valve ensures quality and reliability in all installations.

The 15mm compression ball valve features a full bore, allowing for unrestricted flow and reducing pressure drop. Its red butterfly handle provides easy operation and visual identification, making it simple to control the flow.

With a maximum operating temperature of 85°C, this valve is suitable for a wide range of applications, including water, air, oil, and heating systems. It is not lockable, allowing for straightforward operation and adjustment.

The Ball Valve - 15mm Compression Red Butterfly Handle is a versatile and reliable component for various fluid systems. Designed with full-bore functionality and a brass body, it ensures minimal flow restriction and longevity. With a wide operating pressure and temperature range, it is suitable for water, air, heating, and industrial applications. Manufactured to ISO 9001:2008 standards, this valve guarantees a high level of quality and safety in its operation.

Alternative Options available.

Benefits

• Full bore design provides unrestricted flow and reduces pressure drop.
• Suitable for use in a range of systems, including water, air, oil, and heating
• Plated brass body ensures durability and long service life
• Red butterfly handle offers easy operation and quick identification
• Manufactured by a BS EN ISO 9001:2008 registered company
• Pressure range of 8 to 16 bar (at varying temperatures)