HDPE Female Threaded Adaptor

This product is a HDPE female-threaded adaptor with a size of 110, and it has a unit weight of 1.385 kg. It features an inner diameter of 110mm, an outer diameter of 133mm, a wall thickness of 13mm, a height of 150mm, a socket depth of 84mm, and a fusion zone width of 44mm. This fitting serves as an internal threaded interface for large-diameter pipe connections, primarily designed for internal threading on extra-large pipes. In large-scale industrial piping projects and urban underground pipelines, it ensures precise and reliable connections between pipes, capable of withstanding high fluid pressure and flow rates. It acts as a robust and dependable bridging link within complex large-diameter piping systems, playing a vital role in providing critical connectivity for major pipelines.

An electrofusion female-threaded adaptor features an internal metal threaded insert, characterized by its "female thread." Standard metric or imperial threads are pre-integrated within the socket of the fitting. It combines the advantage of the excellent seal provided by the electrofusion connection with the benefit of detachability offered by threaded connections. The fitting is installed, and the welder is energized, causing the embedded resistance wires to heat up and fuse the pipe into a single unit, ensuring a leak-free joint. The threads inside the HDPE female-threaded adaptor are then used to connect valves, water meters, taps, or other equipment with threaded interfaces, providing an optimal connection point for the pipeline and its endpoints. This eliminates complex and cumbersome steps, significantly reducing installation time.

Quality can be differentiated by performance: High-quality fittings, due to good process control, maintain consistent dimensions and performance across different production batches. Standard fittings have looser quality control, leading to variations even within the same batch. Using superior-quality fittings in large projects ensures installation efficiency and guarantees overall project quality. Using standard fittings can lead to inconsistent installation, affecting project progress and potentially causing quality issues.

For outdoor welding: First, clear debris from the work area and set up a canopy for shade, avoiding direct rain and sunlight. Before preparing the welding ends, if the pipes or fittings are damp, dry the surfaces with a cloth and scrape off the oxide layer. Use clamps to secure the pipes during assembly to prevent wind movement. Before welding, ensure that the welder is properly grounded. After setting the parameters, start the process and monitor the entire fusion cycle. During cooling, wrap the fusion zone with insulation tape to minimize environmental impact. This method is suitable for outdoor pipeline networks.