EN
PVC Tees (Equal & Reducing)
Raw Material: PVC resin
Standards: DIN, ASTM, Sch 80/40, JIS, BS, D1785, ISO 1452
Size: 20mm – 400mm (customizable)
- Overview
- Recommended Products
Product Introduction
Baishunxing Pipe Industry The PVC Tee is a crucial fitting used to branch or combine fluid streams within a piping system. Our tee series is injection-molded from high-grade UPVC (unplasticized polyvinyl chloride), featuring a perfect 90-degree branch angle. Whether for main line branching or complex network layouts, our tees provide superior structural stability and long-term, maintenance-free operation. This fitting is essential whenever a pipeline needs to split into two separate directions or when two incoming streams must merge into a single outlet. The tee features three openings: a straight-through run and a perpendicular branch outlet. In an equal tee, all three openings have the same diameter. In a reducing tee, the branch outlet or one end of the run has a different diameter than the others, allowing size transitions at the branch point without additional fittings. Our PVC tee is manufactured from 100% lead-free polyvinyl chloride material, making it safe for drinking water and resistant to a wide range of corrosive fluids. The injection-molded construction ensures consistent wall thickness, dense material structure, and accurate dimensional profiles. Unlike metal tees that can rust or scale internally, our PVC tee maintains a smooth, clean interior throughout its entire service life. Available in both equal and reducing configurations, and fully compliant with DIN, ANSI Sch 80/40, and JIS global standards, our PVC tee fits seamlessly into municipal water networks, chemical processing plants, agricultural irrigation systems, and industrial fluid handling applications.
Product Parameters
Product Parameters
| Raw Material | PVC resin |
| Standards | DIN, ASTM, Sch 80/40, JIS, BS, D1785, ISO 1452 |
| Size | 20mm – 400mm (customizable) |
| Pressure Rating | PN8, PN10, PN16, PN20 |
Key Features
The core features of our PVC tee cover reinforced branch design, precise 90-degree geometry, smooth internal flow, and comprehensive sizes with global standards.
Reinforced Branch Design – The tee is specifically reinforced at the intersection where the branch meets the main run. This area experiences the highest stress concentration under pressure because flow direction changes and structural geometry creates weak points. The reinforced design provides high pressure ratings and excellent resistance to water hammer effects, which are sudden pressure surges from rapid valve closure or pump starts. This reinforcement prevents cracking or bursting at the critical branch junction.
Precise 90-Degree Geometry – Our tee is produced with high-precision molds to ensure every branch is perfectly perpendicular to the main run. This precise 90-degree geometry significantly reduces stress deviation during system installation. When pipes are assembled with accurately angled tees, the entire pipeline experiences uniform loading without bending stresses at connections.
Smooth Internal Flow – The tee features ultra-smooth interior surfaces that minimize resistance and turbulence during fluid branching. When water or chemicals flow through the tee, smooth internal walls reduce energy losses at the branch point. This maintains optimal hydraulic balance throughout the system, ensuring that both the straight-run outlet and the branch outlet receive adequate flow and pressure.
Comprehensive Sizes & Standards – Our PVC tee is available in both equal and reducing designs. Equal tees have all three openings the same diameter. Reducing tees feature different diameters, such as a larger main run with a smaller branch, or one end of the run smaller than the other. All tees are fully compliant with DIN, ANSI Sch 80/40, and JIS international standards, ensuring global compatibility.
Reinforced Branch Design – The tee is specifically reinforced at the intersection where the branch meets the main run. This area experiences the highest stress concentration under pressure because flow direction changes and structural geometry creates weak points. The reinforced design provides high pressure ratings and excellent resistance to water hammer effects, which are sudden pressure surges from rapid valve closure or pump starts. This reinforcement prevents cracking or bursting at the critical branch junction.
Precise 90-Degree Geometry – Our tee is produced with high-precision molds to ensure every branch is perfectly perpendicular to the main run. This precise 90-degree geometry significantly reduces stress deviation during system installation. When pipes are assembled with accurately angled tees, the entire pipeline experiences uniform loading without bending stresses at connections.
Smooth Internal Flow – The tee features ultra-smooth interior surfaces that minimize resistance and turbulence during fluid branching. When water or chemicals flow through the tee, smooth internal walls reduce energy losses at the branch point. This maintains optimal hydraulic balance throughout the system, ensuring that both the straight-run outlet and the branch outlet receive adequate flow and pressure.
Comprehensive Sizes & Standards – Our PVC tee is available in both equal and reducing designs. Equal tees have all three openings the same diameter. Reducing tees feature different diameters, such as a larger main run with a smaller branch, or one end of the run smaller than the other. All tees are fully compliant with DIN, ANSI Sch 80/40, and JIS international standards, ensuring global compatibility.
Product Advantages
The product advantages of our PVC tee focus on 100% leak-proof performance, superior chemical resistance, a 50-year design life, and advanced manufacturing.
100% Leak-Proof – When paired with specialized solvent cement, the joints achieve a cold-weld effect at the molecular level. The solvent softens the polyvinyl chloride surfaces of both the tee socket and the pipe end, which then fuse together into a single homogeneous material as the solvent evaporates. This creates a bond that is actually stronger than the surrounding material, ensuring zero leakage even under high-pressure industrial conditions. No gaskets, threads, or mechanical clamps are required.
Superior Chemical Resistance – Our PVC tee is inert to strong acids, strong alkalis, and a wide range of industrial chemicals. Unlike metal tees that corrode, pit, and eventually leak when exposed to aggressive media, this polyvinyl chloride tee remains chemically unaffected. There is no corrosion, no contamination of the fluid stream, and no degradation of mechanical properties. This makes our tee ideal for laboratories, chemical plants, and industrial processing facilities where fluid purity and equipment reliability are critical.
50-Year Design Life – The tee contains anti-UV and anti-aging formulation within the polyvinyl chloride material. This ensures stable performance for over 50 years in both indoor applications and buried underground environments. UV inhibitors prevent surface degradation when the tee is installed above ground in direct sunlight. The anti-aging chemistry prevents molecular breakdown from long-term exposure to temperature cycling, moisture, and soil chemicals.
Advanced Manufacturing – Our PVC tee is produced on the newest fully automated injection lines. This advanced manufacturing process ensures every product is free from defects such as air pockets, voids, or internal cracks. Automated shot control delivers precise material volume to each mold cavity, eliminating short shots or flash. Consistent cycle times produce uniform crystallinity and dimensional accuracy across every batch. Additional advantages include lightweight construction for easy handling, compatibility with standard PVC pipe joining methods, and complete immunity to rust and scale formation. For engineers and contractors, our PVC tee provides reliable branch connections that require no maintenance over the system's 50-year life. For end users, the leak-proof, chemical-resistant design means no emergency repairs, no fluid loss, and no contamination risks. Our PVC tee delivers dependable performance in equal or reducing configurations for any polyvinyl chloride piping system requiring branch connections.
100% Leak-Proof – When paired with specialized solvent cement, the joints achieve a cold-weld effect at the molecular level. The solvent softens the polyvinyl chloride surfaces of both the tee socket and the pipe end, which then fuse together into a single homogeneous material as the solvent evaporates. This creates a bond that is actually stronger than the surrounding material, ensuring zero leakage even under high-pressure industrial conditions. No gaskets, threads, or mechanical clamps are required.
Superior Chemical Resistance – Our PVC tee is inert to strong acids, strong alkalis, and a wide range of industrial chemicals. Unlike metal tees that corrode, pit, and eventually leak when exposed to aggressive media, this polyvinyl chloride tee remains chemically unaffected. There is no corrosion, no contamination of the fluid stream, and no degradation of mechanical properties. This makes our tee ideal for laboratories, chemical plants, and industrial processing facilities where fluid purity and equipment reliability are critical.
50-Year Design Life – The tee contains anti-UV and anti-aging formulation within the polyvinyl chloride material. This ensures stable performance for over 50 years in both indoor applications and buried underground environments. UV inhibitors prevent surface degradation when the tee is installed above ground in direct sunlight. The anti-aging chemistry prevents molecular breakdown from long-term exposure to temperature cycling, moisture, and soil chemicals.
Advanced Manufacturing – Our PVC tee is produced on the newest fully automated injection lines. This advanced manufacturing process ensures every product is free from defects such as air pockets, voids, or internal cracks. Automated shot control delivers precise material volume to each mold cavity, eliminating short shots or flash. Consistent cycle times produce uniform crystallinity and dimensional accuracy across every batch. Additional advantages include lightweight construction for easy handling, compatibility with standard PVC pipe joining methods, and complete immunity to rust and scale formation. For engineers and contractors, our PVC tee provides reliable branch connections that require no maintenance over the system's 50-year life. For end users, the leak-proof, chemical-resistant design means no emergency repairs, no fluid loss, and no contamination risks. Our PVC tee delivers dependable performance in equal or reducing configurations for any polyvinyl chloride piping system requiring branch connections.
