A Lateral Tee is a branch pipe fitting designed to connect a branch line to a main pipeline at an angle rather than at a conventional 90-degree connection. The most common configuration is a 45-degree branch, although other angles can be manufactured according to project requirements.
As a reliable Lateral Tee Stockist in India and Lateral Tee Supplier in India, we supply lateral branch fittings for industrial piping systems, process plants, refineries, pipelines, and custom-engineered applications.
With an established presence since 1985 and ISO 9001:2015, ISO 14001:2015 and ISO 45001:2018 certifications, Metal-Link supports lateral tee requirements with material traceability, inspection documentation and project-based supply.
Get Factory Rates →| Specification | Details |
|---|---|
| Product | Lateral Tee (Angled Branch Connection Fitting) |
| Types Available | 45 Degree Lateral Tee, Equal Lateral Tee, Reducing Lateral Tee, Custom Angle Lateral Tee, Fabricated Lateral Tee, Reinforced Lateral Tee |
| Material Grades | Carbon Steel, Low-Temperature Carbon Steel, Alloy Steel, Stainless Steel, Duplex Steel, Nickel Alloy |
| Applicable Standards | ASME B16.9, MSS SP-75, ASME B31.3, ASME B31.1, ASME B31.4, ASME B31.8, ASTM/ASME Material Specifications, Project Specifications |
| Run Diameter | As per pipeline size |
| Branch Diameter | Equal or reducing |
| Branch Angle | Commonly 45°, or as specified (30°, 60°, custom angles) |
| Wall Thickness | According to pipe schedule or project requirement |
| End Connection | Usually butt-weld ends |
| Application | Industrial piping systems, process plants, refineries, pipelines, custom-engineered applications |
As an experienced Lateral Tee Supplier in India, we supply a complete range of lateral branch fittings for industrial piping systems, process plants, refineries, pipelines, and custom-engineered applications in various materials, sizes, and configurations.
| Type of Lateral Tee | Design Feature | Typical Application |
|---|---|---|
| 45 Degree Lateral Tee | Branch connection at 45° | Process and flow systems |
| Equal Lateral Tee | Same run and branch diameter | General piping networks |
| Reducing Lateral Tee | Smaller branch outlet | Distribution and process lines |
| Custom Angle Lateral Tee | Manufactured at specified angles | Special piping layouts |
| Fabricated Lateral Tee | Produced from welded pipe sections | Large-diameter pipelines |
| Reinforced Lateral Tee | Additional strengthening at branch area | High-pressure applications |
A 45 Degree Lateral Tee creates a gradual branch connection that can provide smoother flow diversion than a perpendicular branch connection in suitable service conditions. This design is commonly selected where piping layout and flow direction require an angled outlet.
It is used in:
An Equal Lateral Tee has branch and run connections of the same nominal size. This configuration is used when the branch line requires the same flow capacity as the main pipeline while maintaining an angled branch connection.
Common applications include:
A Reducing Lateral Tee connects a smaller branch pipe to a larger main line. This design allows for optimized branch flow capacity while maintaining an angled connection.
| Type | Run Size | Branch Size |
|---|---|---|
| Equal Lateral Tee | Same nominal diameter | Same as run |
| Reducing Lateral Tee | Larger main pipe | Smaller branch pipe |
The final dimensions depend on the piping design, flow requirement, pressure rating, and applicable project specification.
Custom Angle Lateral Tees can be manufactured at specified branch angles including 30°, 60°, or other angles based on project requirements. This flexibility allows for optimized piping layouts where standard 45° branches are not suitable.
Custom Lateral Tees can be manufactured when standard fittings do not meet the required branch angle, pipe diameter, wall thickness, or dimensional requirements.
Fabricated designs are particularly useful for large-diameter piping systems. Production may involve cutting, forming, fit-up, and welding pipe sections using qualified welding procedures.
Common custom options include:
Reinforced Lateral Tees incorporate additional strengthening at the branch area to withstand higher internal pressures, external loads, or stress concentrations. Reinforcement design is based on applicable piping code requirements and stress analysis.
| Parameter | Requirement |
|---|---|
| Run Diameter | As per pipeline size |
| Branch Diameter | Equal or reducing |
| Branch Angle | Commonly 45°, or as specified |
| Wall Thickness | According to pipe schedule or project requirement |
| Material Grade | Based on service conditions |
| End Connection | Usually butt-weld ends |
| Surface Finish | As required for material and service |
| Testing | As specified by applicable standards |
| Material | Typical Service |
|---|---|
| Carbon Steel | General industrial and pipeline service |
| Low-Temperature Carbon Steel | Low-temperature applications |
| Alloy Steel | Elevated temperature and pressure service |
| Stainless Steel | Corrosive process environments |
| Duplex Steel | Chloride-containing and offshore service |
| Nickel Alloy | Highly corrosive process conditions |
Material selection should match the parent pipe and consider operating pressure, temperature, corrosion conditions, weldability, and applicable piping code requirements.
Lateral Tees may be manufactured according to applicable fitting standards or project-specific drawings, depending on the geometry and material requirements.
| Standard | Application |
|---|---|
| ASME B16.9 | Factory-made wrought buttwelding fittings |
| MSS SP-75 | High-test, wrought buttwelding fittings |
| ASME B31.3 | Process piping design |
| ASME B31.1 | Power piping |
| ASME B31.4 | Liquid pipeline systems |
| ASME B31.8 | Gas transmission systems |
| ASTM / ASME Material Specifications | Material requirements |
For non-standard angles or fabricated configurations, dimensions and inspection requirements are often governed by approved engineering drawings and project specifications.
Lateral Tees are used where an angled branch connection is required within a piping system.
Depending on size and design, a Lateral Tee may be manufactured through forming or fabrication. Fabricated fittings require careful control of branch geometry and weld quality because the branch intersection can experience pressure stresses and external piping loads.
Typical quality controls include:
With an established presence since 1985 and ISO 9001:2015, ISO 14001:2015 and ISO 45001:2018 certifications, Metal-Link supports consistent manufacturing quality. Documentation may include Material Test Certificates, dimensional inspection reports, NDT reports, welding procedure specifications, welder qualification records, and third-party inspection certificates.
View Certificate →Metal-Link Steel & Alloys supplies Lateral Tees to EPC contractors, engineering companies, fabricators, oil and gas companies, refineries, petrochemical plants, power plants, chemical processors, distributors and industrial buyers across major Indian markets. As a Lateral Tee Supplier in India, Metal-Link supports standard and project-specific requirements based on type, run pipe size, branch size, branch angle, material grade, wall thickness, and quantity.
Looking for a Lateral Tee Stockist in India for your industrial piping, process plant, refinery, pipeline, or custom-engineered application requirements? Contact Metal-Link Steel & Alloys with your main pipe size, branch size, wall thickness, branch angle, material grade, design pressure, design temperature, applicable standard, quantity, and required inspection or documentation for availability and project-specific pricing.
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