Intro Product Summary

It is widely applied in potable water networks, gas distribution, industrial fluid transfer, and rural pipeline upgrades where consistent joint integrity and long-term durability are crucial.The reducing tee supports high internal pressures, offers outstanding corrosion resistance, and ensures a uniform, permanent joint through the socket fusion process.

Fitur Utama

• Reliable Fusion Performance
  Accurate socket dimensions support consistent heat penetration and strong bonding between the elbow and HDPE pipes.
• Excellent Corrosion and Chemical Resistance
  HDPE materials remain unaffected by soil chemicals, moisture, and common corrosive elements, making the fitting suitable for underground and harsh-environment installations.
• Multi-Diameter Connection Capability
  The reducing outlet allows efficient transitions between mainline and branch pipes, reducing the need for multiple fittings and simplifying system layout.
• Lightweight, Easy to Handle
  Compared with metal fittings, the HDPE reducing tee is significantly lighter, reducing labor cost and easing long-distance transport..

 This Socket Fusion Reducing Tee is suitable for:

• Residential and commercial water supply systems
• Municipal distribution pipelines
• Agricultural irrigation and greenhouse waterlines
• Gardening, landscaping, and turf networks
• Industrial water or chemical conveying systems
• Low-pressure natural gas distribution (subject to regulations)
• System extensions and pipeline retrofits

Mengapa Memilih Xinda Plastic Pipe Co, Ltd 

• Lebih dari 24 tahun pengalaman manufaktur fitting HDPE.
• Lini produk lengkap: Seri Pemasangan Elektrofusi, Seri Pemasangan Transisi PE / Baja, Seri Sambungan Soket, Seri Pemasangan Fusi Pantat.
• Penyematan kawat tembaga presisi tinggi untuk kualitas pengelasan yang konsisten.
• Laboratorium QC internal memastikan setiap pemasangan diperiksa dan ditelusuri secara batch.
• Dukungan komprehensif untuk OEM dan pasokan proyek.
• Tim teknis memberikan panduan fusi dan dukungan proyek.