50cm Garden Watering Lance with Brass Valve and Geka Type Fitting

This kit contains:
1 x Watering Lance 50cm with 3/4"BSP Female Thread Inlet (CW-L50)
1 x Brass In-Line Valve ¾” BSPF-M (BR-TC-V-34BSPF-M)
1 x Geka Type Claw Brass - 3/4" BSPM (GK34BSPM)

CW-L50
Our Watering Lances are designed for precision and convenience. At 50cm in length, this watering lance offers extended reach, allowing you to effortlessly water hanging baskets, flower beds, and distant plants with ease.
The watering lance is constructed from high-quality materials (aluminium) to withstand regular use in various outdoor conditions. Its robust design ensures longevity, making it a reliable tool for your gardening toolkit. The ergonomic design of the watering lance ensures comfortable handling during prolonged use, reducing strain on your hands and wrists. Its lightweight yet sturdy construction enables precise control over water flow.
Equipped with a 3/4-inch BSP female threaded inlet, this standardised threading ensures versatility and allows for easy integration into your existing watering system. The 3/4" BSP female thread is designed to be attached to a garden hose or irrigation system that has a compatible male thread. 
Our 50cm watering lance is an indispensable tool for any gardening enthusiast or professional landscaper. Experience efficient and effective watering with this essential addition to your gardening equipment.

BR-TC-V-34BSPF-M
The brass valve, featuring a ¾” BSP Male and Female thread, is expertly designed to control water flow in various plumbing and industrial applications. It comes with BSP Threaded inlet and outlet connections, ensuring compatibility with standard British Standard Pipe fittings, which are widely used in water systems and pipelines. The valve’s threaded design allows for easy installation and removal, providing a reliable and secure connection that minimizes the risk of leaks.
Constructed from high-quality, durable brass, this valve offers excellent resistance to corrosion, making it suitable for both indoor and outdoor use. Brass is renowned for its strength and longevity, ensuring that this valve will withstand the rigors of frequent operation and exposure to water and other fluids. Its robust construction ensures that the valve maintains a tight seal over time, providing consistent performance even under varying conditions.
This brass valve is an essential component for controlling water flow, offering precise operation to either fully open, partially open, or completely shut off the flow. The valve’s design and material ensure reliable operation, reducing the need for frequent maintenance. Its versatility and durability make it a valuable addition to any water control system, providing peace of mind and long-term performance.

GK34BSPM
Geka type connectors, often referred to as "Geka type couplings" or "claw couplings," are robust, durable hose fittings widely used in various industrial, agricultural, and construction applications for connecting hoses and pipes. These connectors are renowned for their simplicity, efficiency, and secure sealing capabilities, making them ideal for transferring fluids such as water, air, and certain chemicals.
The claw coupling benefits from a universal design which features symmetrical claws (or lugs) that interlock, allowing for a quick and easy connection. This universal design ensures compatibility across different hoses and pipes, regardless of the manufacturer. Furthermore, Geka type connectors are made from high-quality brass which has good corrosion resistance and durability in harsh environments.
Geka style fittings are designed for quick and tool-free assembly and disassembly. Users can connect hoses with a simple twist, making the process fast and reducing downtime. Equipped with high-quality rubber seals, Geka connectors provide a watertight and airtight seal, preventing leaks and ensuring efficient fluid transfer. Suitable for a wide range of applications, including irrigation, firefighting, construction, and industrial cleaning. Their ability to handle various types of fluids enhances their versatility.