The CORE brand is committed to providing a variety of HVAC products, all of which represent exceptional quality and true value. Offering customers a competitively priced, trusted alternative to other branded products across various HVAC applications.
"We are thrilled to announce the launch of CORE in 2023, which represents a new chapter in our commitment to innovation and customer service. We believe that CORE is a game-changer for customers servicing the in the HVAC industry," Steve Smith, Managing Director.
All manufacturers selected within the CORE range are trusted suppliers of SBS, so customers can be confident in the brand. With over 125 years of experience in the HVAC industry, SBS have the relevant skillset to understand the performance and pricing required for our valued customer based.
With the distribution network of SBS providing unrivalled service levels, you can trust CORE to be your go-to HVAC partner.
22mm x 15mm x 15mm Compression Tee Brass (DZR) Dezincification Resistant. Suitable for hot and cold drinking water, heating and chilled water systems. Max Pressure 20 Bar - Working temperature -15°C to +120°C. Manufactured to comply with EN 1254-2, WRAS approved.
22mm x 15mm x 15mm Endfeed Reducing Tee. Suitable for hot and cold drinking water, heating and chilled water systems. Designed for solder and brazing applications, ideal for connecting copper tubes. WRAS approved.
22mm x 15mm x 15mm Solder Ring Tee Reducing. Suitable for hot and cold drinking water, heating and chilled water systems. Contains lead-free solder, ensures a quick and secure fitting, ideal for connecting copper tubes. Max Pressure 16 Bar - Working temperature -40°C to +110°C. Manufactured to comply with EN 1254-1, WRAS approved.
22mm x 15mm x 22mm Compression Tee Brass (DZR) Dezincification Resistant. Suitable for hot and cold drinking water, heating and chilled water systems. Max Pressure 20 Bar - Working temperature -15°C to +120°C. Manufactured to comply with EN 1254-2, WRAS approved.
22mm x 15mm x 22mm Solder Ring Tee Reducing End. Suitable for hot and cold drinking water, heating and chilled water systems. Contains lead-free solder, ensures a quick and secure fitting, ideal for connecting copper tubes. Max Pressure 16 Bar - Working temperature -40°C to +110°C. Manufactured to comply with EN 1254-1, WRAS approved.
22mm x 28mm Endfeed Reducing Tee. Suitable for hot and cold drinking water, heating and chilled water systems. Designed for solder and brazing applications, ideal for connecting copper tubes. WRAS approved.
22mm x 3/4" Compression x Female Elbow. Suitable for hot and cold drinking water, heating and chilled water systems. Max Pressure 20 Bar - Working temperature -15°C to +120°C. Manufactured to comply with EN 1254-2, WRAS approved.
22mm x 3/4" Compression x Male Brass Elbow. Suitable for hot and cold drinking water, heating and chilled water systems. Max Pressure 20 Bar - Working temperature -15°C to +120°C. Manufactured to comply with EN 1254-2, WRAS approved.
22mm x 3/42 Comp Female Branch Tee. Brass (DZR) Dezincification Resistant. Suitable for hot and cold drinking water, heating and chilled water systems. Max Pressure 20 Bar - Working temperature -15°C to +120°C. Manufactured to comply with EN 1254-2, WRAS approved.
22mm x 3/4" Compression Female Adaptor Brass Chrome Plated. Suitable for hot and cold drinking water, heating and chilled water systems. Max Pressure 20 Bar - Working temperature -15°C to +120°C. Manufactured to comply with EN 1254-2, WRAS approved.
22mm x 3/4" Compression Male Adaptor Brass Chrome Plated. Suitable for hot and cold drinking water, heating and chilled water systems. Max Pressure 20 Bar - Working temperature -15°C to +120°C. Manufactured to comply with EN 1254-2, WRAS approved.
22mm x 3/4" Compression Backplate Elbow. Brass (DZR) Dezincification Resistant. Suitable for hot and cold drinking water, heating and chilled water systems. Max Pressure 20 Bar - Working temperature -15°C to +120°C. Manufactured to comply with EN 1254-2, WRAS approved.
22mm x 3/4" Compression x Female Elbow. Brass (DZR) Dezincification Resistant. Suitable for hot and cold drinking water, heating and chilled water systems. Max Pressure 20 Bar - Working temperature -15°C to +120°C. Manufactured to comply with EN 1254-2, WRAS approved.
22mm x 3/4" Compression x Male Elbow. Brass (DZR) Dezincification Resistant. Suitable for hot and cold drinking water, heating and chilled water systems. Max Pressure 20 Bar - Working temperature -15°C to +120°C. Manufactured to comply with EN 1254-2, WRAS approved.
22mm x 3/4" Endfeed Bent Tap Connector. Suitable for hot and cold drinking water, heating and chilled water systems. Designed for solder and brazing applications, ideal for connecting copper tubes. WRAS approved.
22mm x 3/4" Endfeed Copper x Female Iron Adaptor. Suitable for hot and cold drinking water, heating and chilled water systems. Designed for solder and brazing applications, ideal for connecting copper tubes. WRAS approved.
22mm x 3/4" Endfeed Copper x Female Iron Backplate Elbow. Suitable for hot and cold drinking water, heating and chilled water systems. Designed for solder and brazing applications, ideal for connecting copper tubes. WRAS approved.
22mm x 3/4" Endfeed Copper x Female Iron Elbow. Suitable for hot and cold drinking water, heating and chilled water systems. Designed for solder and brazing applications, ideal for connecting copper tubes. WRAS approved.
22mm x 3/4" Endfeed Copper x Male Iron Elbow. Suitable for hot and cold drinking water, heating and chilled water systems. Designed for solder and brazing applications, ideal for connecting copper tubes. WRAS approved.
22mm x 3/4" Endfeed Copper x Male Iron Union Adaptor. Suitable for hot and cold drinking water, heating and chilled water systems. Designed for solder and brazing applications, ideal for connecting copper tubes. WRAS approved.
22mm x 3/4" Endfeed Imperial/Metric Adaptor. Suitable for hot and cold drinking water, heating and chilled water systems. Designed for solder and brazing applications, ideal for connecting copper tubes. WRAS approved.
15mm x 3/4" Endfeed Straight Tap Connector. Suitable for hot and cold drinking water, heating and chilled water systems. Designed for solder and brazing applications, ideal for connecting copper tubes. WRAS approved.
22mm x 3/4" Endfeed Reducing Tee. Suitable for hot and cold drinking water, heating and chilled water systems. Designed for solder and brazing applications, ideal for connecting copper tubes. WRAS approved.
22mm x 3/4" Solder Ring Bent Tap Connector. Suitable for hot and cold drinking water, heating and chilled water systems. Contains lead-free solder, ensures a quick and secure fitting, ideal for connecting copper tubes. Max Pressure 16 Bar - Working temperature -40°C to +110°C. Manufactured to comply with EN 1254-1, WRAS approved.
22mm x 3/4" Solder Ring Straight Female Connector. Suitable for hot and cold drinking water, heating and chilled water systems. Contains lead-free solder, ensures a quick and secure fitting, ideal for connecting copper tubes. Max Pressure 16 Bar - Working temperature -40°C to +110°C. Manufactured to comply with EN 1254-1, WRAS approved.
22mm x 3/4"Solder Ring Straight Tap Connector. Suitable for hot and cold drinking water, heating and chilled water systems. Contains lead-free solder, ensures a quick and secure fitting, ideal for connecting copper tubes. Max Pressure 16 Bar - Working temperature -40°C to +110°C. Manufactured to comply with EN 1254-1, WRAS approved.
250mm Rubber-Lined Clip M10 (279-284mm) Mild steel with BZP finish. For use with copper and plastic tube. Rubber lining tested to DIN4109 for acoustic use
250nb (10”) Ductile Iron Butterfly Valve Lugged & Tapped, EPDM Liner, Stainless Steel Disc, Lockable Gear Operated Handle. Max Pressure 16 Bar - Working temperature -10°C to +110°C - WRAS approved. **We strongly advise gearbox on all 8”, 10” and 12” valves**
25nb WRAS approved Screwed Axial bellow with 25 mm movement. Standard 10 Bar (up to 16 Bar - dependent on PED conditions). For steal and copper pipe systems 120°C
25mm Rubber Lined Clip M8/M10 (32-36mm) Mild steel with BZP finish. For use with copper and plastic tube. Rubber lining tested to DIN4109 for acoustic use
25nb DZR Brass Fixed Orifice Double Reg Valve BSP Parallel (ISO 228/1), handwheel with shut off function. Max pressure 25 Bar. Working temp: -10°C to +120°C. Conforms to BS 7350-WRAS approved
28mm Brass Compression Elbow 615. Suitable for hot and cold drinking water, heating and chilled water systems. Max Pressure 20 Bar - Working temperature -15°C to +120°C. Manufactured to comply with EN 1254-2, WRAS approved.
28mm Brass Compression Socket. Suitable for hot and cold drinking water, heating and chilled water systems. Max Pressure 20 Bar - Working temperature -15°C to +120°C. Manufactured to comply with EN 1254-2, WRAS approved.
28mm Brass Compression Stop End. Suitable for hot and cold drinking water, heating and chilled water systems. Max Pressure 20 Bar - Working temperature -15°C to +120°C. Manufactured to comply with EN 1254-2, WRAS approved.
28mm Compression Brass Tee. Suitable for hot and cold drinking water, heating and chilled water systems. Max Pressure 20 Bar - Working temperature -15°C to +120°C. Manufactured to comply with EN 1254-2, WRAS approved.
28mm Brass Compression Socket Chrome Plated. Suitable for hot and cold drinking water, heating and chilled water systems. Max Pressure 20 Bar - Working temperature -15°C to +120°C. Manufactured to comply with EN 1254-2, WRAS approved.
28mm Compression Brass Elbow Chrome Plated. Suitable for hot and cold drinking water, heating and chilled water systems. Max Pressure 20 Bar - Working temperature -15°C to +120°C. Manufactured to comply with EN 1254-2, WRAS approved.
28mm Compression Elbow Brass (DZR) Dezincification Resistant. Suitable for hot and cold drinking water, heating and chilled water systems. Max Pressure 20 Bar - Working temperature -15°C to +120°C. Manufactured to comply with EN 1254-2, WRAS approved.
By clicking ‘OK’ or by continuing to browse, you agree to the use and storing of cookies to enhance the website experience. To find out more about how we use the cookies click the ‘LEARN MORE’ button.
