Name: 0.5hp 0.37kw 35m Dayliff DDP Electric Booster Water Pump High Quality
SKU: 12517
Availability: InStock

Powerful & Efficient: 0.5HP (0.37kW) motor with a maximum head of 35m for reliable water boosting.
Durable Build: Corrosion-resistant materials ensure longevity and performance.
Energy-Saving: Low power consumption for cost-effective operation.
Quiet Operation: Designed for minimal noise levels.
Automatic Compatibility: Works with pressure control switches for convenience.
Versatile Applications: Ideal for domestic water supply, irrigation, small businesses, water transfer, and booster systems.

Product Description

The Dayliff DDP 0.5HP (0.37kW) Electric Booster Water Pump is a compact, high-performance pump designed for boosting water pressure in domestic and light commercial applications. Built with durable materials, it ensures reliable and efficient water flow, making it an ideal solution for homes, apartments, small businesses, and irrigation systems. Its robust motor and high-efficiency design provide a steady water supply with minimal energy consumption.

Key Features:

Powerful Motor: 0.5HP (0.37kW) for consistent performance.

Maximum Head: 35m, suitable for boosting water pressure over moderate distances.

Flow Rate: Optimized for steady and efficient water delivery.

High-Quality Build: Corrosion-resistant materials for durability and longevity.

Energy Efficient: Low power consumption while maintaining high output.

Quiet Operation: Designed for minimal noise levels.

Automatic Operation: Compatible with pressure control switches for convenience.

Compact & Lightweight: Easy to install in various locations.

Uses & Applications:

✔ Domestic Water Supply: Enhances water pressure in homes, apartments, and small buildings.
✔ Irrigation Systems: Ideal for small-scale garden or lawn watering.
✔ Commercial Applications: Supports water pressure needs in small businesses and office spaces.
✔ Water Transfer: Suitable for moving water from storage tanks to distribution points.
✔ Booster Systems: Works effectively in conjunction with pressurized systems for stable water flow.