LUYUAN Grooved Tees, Crosses and Reducing Tees

LUYUAN grooved tees and crosses create branches in grooved piping networks. The range includes the XGQT03 equal tee (standard and short), the XGQT14 equal cross, the XGQT13 grooved reducing tee and the XGQT13S reducing tee with a threaded branch for sprinkler and drain connections. The equal tee is rated 300 psi (2.07 MPa). According to the LUYUAN catalogue, the manufacturer is certified to ISO 9001:2015, ISO 14001:2015 and ISO 45001:2018, and most of its products are listed and approved by UL, FM, CE, KC and LR; the listing for the exact model and size should be confirmed on the submittal.

Key features

• Equal tee XGQT03, standard and short
• Equal cross XGQT14
• Grooved reducing tee XGQT13
• Threaded-branch reducing tee XGQT13S

Technical specifications

• Models: XGQT03, XGQT14, XGQT13, XGQT13S
• Equal tee sizes: DN25 to DN300
• Equal tee working pressure: 300 psi / 2.07 MPa
• Material: Ductile iron, red painted
• Source: LUYUAN catalogue and product data sheet

Typical applications

Fire sprinkler mains and risers, fire pump rooms, standpipe and hydrant networks, and HVAC and water supply piping in commercial, industrial and infrastructure projects in Saudi Arabia.

Selection notes

Choose the model, size and range to suit the system working pressure, the installation point and the listing required by the project specification and Civil Defense approval. AZEIDK supplies complete trims and accessories and can check the selection against your drawings before ordering.

Supply and support from AZEIDK

AZEIDK supplies the LUYUAN XGQT03 / XGQT14 / XGQT13 in Saudi Arabia with technical selection, submittal preparation, installation, testing and commissioning, and maintenance through its engineering team, showrooms and warehouses in Jeddah, Riyadh and Dammam. The product catalogue is available for download on this page. Send your drawings, BOQ or specification to receive a technical and commercial offer, with technical follow-up from our team during execution and after handover.