The Stuart Turner Showermate Standard 2.6 bar Single Pump is a high-performance solution designed to boost water pressure to a single shower or tap outlet in domestic properties. With a 2.6 bar rating, it delivers strong, energised flow for a more comfortable and consistent showering experience. Compact, quiet, and reliable, this pump is ideal for medium to large homes where a single outlet requires enhanced pressure.
Single Outlet Pump – Boosts water pressure for individual showers or taps
High-Performance 2.6 bar – Provides strong and consistent flow for demanding domestic applications
Compact and Space-Saving Design – Perfect for installation in cupboards, under basins, or close to the shower
Quiet and Energy-Efficient Operation – Minimises noise while delivering consistent water pressure
Easy Installation – Compatible with most domestic plumbing systems
Trusted Stuart Turner Engineering – UK-built quality ensures long-term reliability
The Showermate Standard 2.6 bar Single Pump is engineered to provide smooth, reliable pressure to a single outlet. Its compact design allows flexible installation near the point of use, reducing pipework stress and simplifying maintenance.
This pump is perfect for properties where one shower or tap requires enhanced pressure, ensuring professional-grade performance without complex installation.
Pump Type: Single shower pump
Pressure Rating: 2.6 bar
Flow Rate: Suitable for medium to large domestic systems
Power Supply: 230 V, 50 Hz
Installation: Inline installation near the outlet
Safety Features: Thermal protection, dry-run protection
Construction: Durable, corrosion-resistant materials
Applications: Showers, taps, domestic single outlets
Stuart Turner Showermate Standard 2.6 bar Single Pump
Installation and operating instructions
The Stuart Turner Showermate Standard 2.6 bar Single Pump provides powerful, reliable water pressure to a single domestic outlet. With compact design, quiet operation, and robust performance, it ensures strong, consistent flow for showers and taps, enhancing comfort and long-term system efficiency.
