PVC 90-Degree Elbow

Code	Size (Ø)
ТР 100 000 048	50
ТР 100 000 049	63
ТР 100 000 050	75
ТР 100 000 051	90
ТР 100 000 052	110
ТР 100 000 053	125
ТР 100 000 054	140
ТР 100 000 055	160
ТР 100 000 056	200
ТР 100 000 057	225
ТР 100 000 058	250

Категория: PVC pipes and fittings

The PVC 90-degree elbow is engineered for modifying pipeline direction at a precise right angle within modern irrigation and water supply networks. It serves as a fundamental component in building efficient irrigation systems, allowing for accurate water flow distribution across terrains and fields of any complexity.

Manufactured from premium-grade PVC compounds, this fitting exhibits high mechanical strength, excellent corrosion resistance, and total durability against chemical fertilizers and agrochemicals. The robust structural design ensures a reliable joint and stable network performance even under long-term operational cycles.

Its smooth internal bore effectively minimizes hydraulic friction losses, guaranteeing a uniform and consistent water supply directly to the crops, which directly translates to improved agricultural yields.

90° PVC Elbow

Application: Modifying pipeline flow direction in irrigation systems
Type: Pipe fitting / 90° elbow (90° bend)
Material: Polyvinyl Chloride (PVC)
Angle of turn: 90°
Connection type: Socket-ended (Bell/Spigot) / Solvent Weld / Threaded (depending on the specific model)
Operating pressure: Engineered for low to medium-pressure irrigation networks
Resistance: High resistance to moisture, liquid fertilizers, chemical agents, and corrosion
Operating temperature range: From 0°C to +60°C
Color: Gray
Service life: Exceeds 25 years under standard operational conditions

The PVC 90° elbow is widely utilized across the agricultural sector for installing diverse irrigation networks, including drip laterals, overhead impact sprinklers, and primary water distribution lines. Complex Pipeline Routing: Enables efficient pipe layouts in open fields, greenhouse complexes, and intensive orchards, providing precise water flow redirection even within restrictive or highly challenging plot layouts. Fertigation Systems: Successfully applied in networks conveying aggressive nutrient solutions and water-soluble fertilizers, ensuring dependable, leak-proof performance under intense field conditions. System Optimization: Ideal for the construction of brand-new irrigation infrastructure as well as for retrofitting existing systems to enhance hydraulic efficiency and prevent water losses.