- All
- Product Name
- Product Keyword
- Product Model
- Product Summary
- Product Description
- Multi Field Search
 |
| Quantity: | |
|---|---|
SIZE | WEIGHT | PCS/CTN |
20 25 32 40 50 63 75 90 110 | 118 185 276 513 856 1380 1832 2865 4878 | 96 54 27 20 9 7 6 4 4 |
The 20-110mm Light Blue PP Equal Tee for Irrigation is a symmetric junction fitting engineered to create balanced water distribution in agricultural, landscape, and greenhouse irrigation systems. Manufactured from high-impact PP-R copolymer compliant with ASTM F2389-24a—the latest standard for polypropylene irrigation components—this equal tee features uniform branch dimensions that ensure equal flow distribution across all outlets. Its distinctive light blue color provides instant visual identification of irrigation lines, simplifying system inspection and maintenance in complex networks .'
Available in sizes from 20mm to 110mm OD, the tee maintains 10 bar (145 psi) working pressure at 20°C, with stable performance at 6 bar (87 psi) for water temperatures up to 60°C. The one-piece molded construction eliminates potential leak paths, while the optimized internal geometry reduces pressure loss to less than 3% at design flow rates—verified through computational fluid dynamics (CFD) analysis. With a service life exceeding 50 years in outdoor environments, it outperforms PVC tees that typically degrade within 15-20 years in UV exposure .
The tee’s 120° equal branch angles create symmetric fluid dynamics that distribute flow evenly between mainline and branch outlets, ensuring uniform irrigation coverage across all connected zones. The smooth inner surface (Ra <0.01mm) minimizes turbulence and sediment buildup, preventing clogging in drip irrigation systems. CFD simulations confirm consistent flow distribution with less than 2% variance between outlets at flow rates from 5 to 500 L/min .
Formulated with 2% UV stabilizers (including Light Stabilizer 770) and 1% processing aid additives, the PP-R material resists photo-oxidation in continuous sunlight exposure, maintaining flexibility and impact strength in above-ground installations. It exhibits exceptional chemical resistance to agricultural fertilizers, pesticides, and mineral-rich groundwater with pH levels from 4.5 to 9.0. The material’s slow crack growth resistance exceeds 10,000 hours under constant stress testing .
Designed specifically for socket fusion installation, the tee features precision-machined fusion zones with clearly marked heating indicators (260±10°C) and insertion depth lines. The fusion areas are reinforced with 15% thicker walls to maintain pressure integrity at the critical junction points. Post-fusion strength testing shows joint integrity exceeding the parent pipe strength by 10%, ensuring leak-free performance even under ground movement .
This symmetric equal tee optimizes water distribution in diverse irrigation scenarios:
• Agricultural Fields: Creates balanced branch connections in crop irrigation systems, ensuring uniform water delivery to different planting zones.
• Greenhouse Operations: Distributes water evenly to multiple growing benches and hydroponic systems requiring precise flow control.
• Commercial Landscapes: Manages irrigation flow in golf courses, parks, and sports fields where uniform coverage prevents dry spots.
• Nursery Production: Provides equal water distribution to multiple plant benches and container growing areas .
Equal tees feature symmetric internal geometry that distributes flow evenly (±2% variance) between outlets, preventing pressure imbalances that cause uneven irrigation. Standard tees often create 10-15% flow variance between mainline and branch .
Standard sizes include 20mm, 25mm, 32mm, 40mm, 50mm, 63mm, 75mm, 90mm, and 110mm OD, with all outlets maintaining the same diameter for balanced flow distribution.
Yes. The UV stabilizers protect against sunlight degradation in above-ground installations, while the material’s chemical resistance ensures longevity in buried applications with aggressive soils .
The PP-R copolymer material is specifically formulated to resist chemical attack from agricultural fertilizers, including nitrogen-based solutions, phosphates, and potassium compounds, maintaining integrity even with continuous exposure .
SIZE | WEIGHT | PCS/CTN |
20 25 32 40 50 63 75 90 110 | 118 185 276 513 856 1380 1832 2865 4878 | 96 54 27 20 9 7 6 4 4 |
The 20-110mm Light Blue PP Equal Tee for Irrigation is a symmetric junction fitting engineered to create balanced water distribution in agricultural, landscape, and greenhouse irrigation systems. Manufactured from high-impact PP-R copolymer compliant with ASTM F2389-24a—the latest standard for polypropylene irrigation components—this equal tee features uniform branch dimensions that ensure equal flow distribution across all outlets. Its distinctive light blue color provides instant visual identification of irrigation lines, simplifying system inspection and maintenance in complex networks .'
Available in sizes from 20mm to 110mm OD, the tee maintains 10 bar (145 psi) working pressure at 20°C, with stable performance at 6 bar (87 psi) for water temperatures up to 60°C. The one-piece molded construction eliminates potential leak paths, while the optimized internal geometry reduces pressure loss to less than 3% at design flow rates—verified through computational fluid dynamics (CFD) analysis. With a service life exceeding 50 years in outdoor environments, it outperforms PVC tees that typically degrade within 15-20 years in UV exposure .
The tee’s 120° equal branch angles create symmetric fluid dynamics that distribute flow evenly between mainline and branch outlets, ensuring uniform irrigation coverage across all connected zones. The smooth inner surface (Ra <0.01mm) minimizes turbulence and sediment buildup, preventing clogging in drip irrigation systems. CFD simulations confirm consistent flow distribution with less than 2% variance between outlets at flow rates from 5 to 500 L/min .
Formulated with 2% UV stabilizers (including Light Stabilizer 770) and 1% processing aid additives, the PP-R material resists photo-oxidation in continuous sunlight exposure, maintaining flexibility and impact strength in above-ground installations. It exhibits exceptional chemical resistance to agricultural fertilizers, pesticides, and mineral-rich groundwater with pH levels from 4.5 to 9.0. The material’s slow crack growth resistance exceeds 10,000 hours under constant stress testing .
Designed specifically for socket fusion installation, the tee features precision-machined fusion zones with clearly marked heating indicators (260±10°C) and insertion depth lines. The fusion areas are reinforced with 15% thicker walls to maintain pressure integrity at the critical junction points. Post-fusion strength testing shows joint integrity exceeding the parent pipe strength by 10%, ensuring leak-free performance even under ground movement .
This symmetric equal tee optimizes water distribution in diverse irrigation scenarios:
• Agricultural Fields: Creates balanced branch connections in crop irrigation systems, ensuring uniform water delivery to different planting zones.
• Greenhouse Operations: Distributes water evenly to multiple growing benches and hydroponic systems requiring precise flow control.
• Commercial Landscapes: Manages irrigation flow in golf courses, parks, and sports fields where uniform coverage prevents dry spots.
• Nursery Production: Provides equal water distribution to multiple plant benches and container growing areas .
Equal tees feature symmetric internal geometry that distributes flow evenly (±2% variance) between outlets, preventing pressure imbalances that cause uneven irrigation. Standard tees often create 10-15% flow variance between mainline and branch .
Standard sizes include 20mm, 25mm, 32mm, 40mm, 50mm, 63mm, 75mm, 90mm, and 110mm OD, with all outlets maintaining the same diameter for balanced flow distribution.
Yes. The UV stabilizers protect against sunlight degradation in above-ground installations, while the material’s chemical resistance ensures longevity in buried applications with aggressive soils .
The PP-R copolymer material is specifically formulated to resist chemical attack from agricultural fertilizers, including nitrogen-based solutions, phosphates, and potassium compounds, maintaining integrity even with continuous exposure .
