U-PVC End Cap

Code	Size (Ø)
ТР 100 000 078	63
ТР 100 000 079	75
ТР 100 000 080	90
ТР 100 000 081	110
ТР 100 000 082	125
ТР 100 000 083	140
ТР 100 000 084	160
ТР 100 000 085	200
ТР 100 000 086	225
ТР 100 000 087	250

Категория: PVC pipes and fittings

The U-PVC end cap is a terminal pipeline component engineered to reliably terminate fluid flow within pressurized networks. Manufactured from premium virgin unplasticized polyvinyl chloride (U-PVC), it features exceptional mechanical strength and resistance to internal pressure, completely eliminating any risk of structural failure or blowouts at dead-end sections of the mainline.

In modern agricultural engineering, end caps are widely utilized when assembling distribution headers and irrigation networks where maintaining options for future pipeline expansion or temporarily isolating a specific sector is required. Due to the solvent-welded connection method, the end cap forms a completely monolithic joint with the pipe that is entirely immune to oxidation, rust, aggressive mineral fertilizers, and heavy UV radiation.

Application: Leak-proof termination of pipe ends in pressurized networks
Connection type: Solvent weld (Socket-ended / Bell joint)
Operating pressure: Up to 16 bar (PN16)
Material: High-impact U-PVC
Maximum operating temperature: Up to +45°C
Color: Dark gray
Service life: Exceeds 50 years under standard operational conditions

U-PVC end caps are heavily relied upon across commercial greenhouse complexes, orchards, and open-field farming to secure the terminations of primary and auxiliary irrigation lines. They are absolutely indispensable during system pressure leak testing, as well as within filtration and fertigation units for closing temporary technological openings. Pressure Stability: The superior manufacturing reliability makes these end caps an industry benchmark for durable agrotechnical infrastructure. System Protection: Deploying this product guarantees total protection against leakages and preserves precise operating pressure stability across the network, even during peak hydraulic loads generated by high-power pumping hardware.