5pcs G3/4 External Thread Swing Joint Pipe Parks and Sports Fields

Label:Yes Height and Position Adjustment: The swing joint design allows the sprinkler head position and installation height to be adjusted according to terrain needs. This structure is useful for lawn irrigation layouts, helping sprinkler heads fit more naturally into the ground area and watering arrangement. G3/4 External Thread Design: Each swing joint pipe features G3/4 external thread on both ends for connection with compatible irrigation fittings and sprinkler heads. The rotatable structure supports 360 degree adjustment, making it convenient to position and align sprinkler parts during installation. 5 Piece Swing Joint Set: This package includes 5 swing joint pipe designed for sprinkler and lawn irrigation systems. Suitable for public green spaces, home gardening, parks, sports fields, highways, and other outdoor watering areas where flexible sprinkler connection is needed. Flexible PE Material: Made of plastic PE material, these swing joint pipe are lightweight, durable, and suitable for regular outdoor irrigation use. The flexible body helps support easier adjustment and can provide a buffering effect when the sprinkler area is pressed during lawn maintenance work. Suitable for Irrigation Systems: Each pipe measures about 34 cm /13.4 inch in length and is suitable for lawn irrigation, garden watering, and landscape sprinkler systems. A practical irrigation accessory for gardeners, grounds crews, and users who need a flexible connector for outdoor watering setups.

Item Type: Swing Joint Pipe Specifications: G3/4 external thread Material: Plastic PE Color:Black Product Length: Approx. 34cm / 13.4in Application: Public green space, home gardening, sprinkler irrigation for lawns, parks, sports fields, highways

Package List: 5 x Swing Joint Pipe

Notes: 1.The real color of the item may be slightly different from the pictures shown on website caused by many factors such as brightness of your monitor and light brightness. 2. Please allow slight manual measurement deviation for the data.