U-PVC 90-Degree Tee

Code	Size (Ø)
ТР 100 000 059	50
ТР 100 000 060	63
ТР 100 000 061	75
ТР 100 000 062	90
ТР 100 000 063	110
ТР 100 000 064	125
ТР 100 000 065	140
ТР 100 000 066	160
ТР 100 000 067	200
ТР 100 000 068	225
ТР 100 000 069	250

Категория: PVC pipes and fittings

The 90-degree tee from Pimtas (Turkey) is a crucial connection component designed to construct reliable pipeline branches within high-pressure water supply networks and automated irrigation systems. Manufactured from premium-grade unplasticized polyvinyl chloride (U-PVC), this tee ensures perfect flow geometry and minimizes hydraulic friction losses.

For the agricultural sector, Pimtas products are exceptionally valuable due to their total resistance to fertilizers, pesticides, and other aggressive chemicals utilized in fertigation processes. Thanks to high-precision injection molding, the tee guarantees a highly secure solvent-welded joint capable of withstanding severe hydraulic stresses in primary irrigation mainlines. The product material is specially adapted for harsh open-field operations, preventing degradation from UV radiation and eliminating any risk of soil-induced corrosion.

Application: Constructing 90-degree pipeline branches in irrigation and water supply systems
Connection type: Solvent weld (Socket-ended / Bell joint)
Operating pressure: Up to 16 bar (PN-16) – high burst pressure protection
Material: Impact-resistant U-PVC
Operating temperature range: Up to +45°C
Color: Dark gray
Service life: Exceeds 50 years under correct installation and standard operational conditions

Pimtas tees are widely utilized in designing and installing drip irrigation infrastructure across both open-field agriculture and protected environments (greenhouses). They are primarily used to establish distribution branch lines from primary mainlines, integrate filtration backwash units, and install air release valves. High-Pressure Capabilities: The exceptional structural durability allows these tees to be deployed in intensive commercial orchards and vineyards where irrigation networks operate under elevated pressures. Hydraulic Efficiency: Perfectly smooth internal walls eliminate the risks of clogging or chemical scale/salt accumulation, which is highly critical for maintaining the long-term efficiency of precision drip irrigation systems.