Product Advantages

• Designed for BS 750 projects: The pillar hydrant is intended for fire-water networks specified to the relevant BS 750 requirements. Compliance should be confirmed against the exact model and project specification.

• Two accessible outlets: Twin brass outlets provide connection points for firefighting hoses or equipment. Protective caps and retaining chains help keep the outlets covered when not in use.

• Ductile iron construction: The body is finished with a red epoxy coating to help protect exposed surfaces.

• Flanged base connection: Allows the hydrant to be connected to a compatible underground fire-water main.

• Ready for outdoor installation: Suitable for designated outdoor locations when the coating, drainage arrangement and installation conditions meet the project requirements.

• Inspection before dispatch: Factory testing and marking options can be confirmed according to the order requirements.

Typical Applications

BS 750 pillar hydrants are specified for accessible fire-water points along municipal roads, industrial estates, ports, airports, residential developments and commercial premises. They can be incorporated into public or private fire-water networks where the required outlet configuration, flange connection and hydrant standard match the approved design.

Precision Valve Manufacturing

Professional Valve Manufacturer | Integrated Manufacturing

Raw Material Inspection

We select high-quality raw materials according to product specifications and international standards. All incoming materials are carefully inspected to ensure chemical composition, mechanical properties and traceability.

Forging & Casting

Advanced forging and casting processes are used to produce strong and reliable fire hydrant valve bodies and components. Strict process control ensures uniform structure, dimensional accuracy and excellent mechanical performance.

CNC Machining

Our CNC machining equipment provides precise and consistent processing of fire hydrant valve components. Critical dimensions, threads and sealing surfaces are strictly controlled to ensure accurate assembly and reliable sealing performance.

Surface Treatment

fire hydrant valve surfaces are professionally shot blasted to remove rust, scale and impurities. by epoxy powder coating, red fire‑retardant painting or hot‑dip galvanizing for long‑term anti‑corrosion performance.

Pressure Testing

Every fire hydrant valve undergoes strict pressure testing before shipment. Body and seat tests are performed according to applicable standards and customer specifications to verify pressure resistance and sealing reliability.

Quality Inspection

Our quality control team conducts comprehensive inspections throughout the production process. Finished valves are checked for dimensions, appearance, materials, pressure performance and overall quality before final approval and shipment.

Frequently Asked Questions

1. Will the hydrant outlets fit our local fire hose connections?

Compatibility depends on the outlet size and connection type. Please send your required coupling standard, a drawing or a clear photo of the hose connection so we can check the matching outlet configuration.

2. What information is needed to select the correct hydrant?

Please specify the inlet size, flange drilling standard, working pressure and required outlet connections. Project drawings and technical specifications will help us confirm a suitable configuration.

3. Does a BS 750 specification guarantee acceptance for every project?

Project acceptance also depends on the required documentation and local approval criteria. Share your project specification so we can review the applicable product details and supporting documents before quotation.

4. Can this hydrant be installed in coastal areas?

Suitability depends on the coating specification and the level of exposure to salt and moisture. Please identify the installation location and any specified coating requirements when making an inquiry.