Safe Intervention for Pressurized Pipeline Systems
Purpose:
Hot Tap and Line Stop Tees are engineered to facilitate pipeline modifications, repairs, or tie-ins without interrupting the system’s operation. These fittings allow safe and efficient intervention on live pipelines—eliminating the need for shutdowns and minimizing operational downtime.
Mating Options
- Carbon Steel
- Stainless Steel
- High-Yield Stress Materials (upon request)
Built for Critical Intervention
Every unit is fabricated to ensure strength, sealing integrity, and compatibility with high-pressure, high-risk environments—helping operators execute modifications without compromising system safety or flow.
• Extruded Tees
• Fabricated Tees
Pressure Class Compatibility
Available in all standard pressure ratings, including ANSI and PN classes
Design Standards
Hot Tap and Line Stop Tees are typically manufactured in accordance with:
- ASME B31.3
- ASME B31.4 / B31.8
Designs follow a 0.72 design factor, with customization available based on project specifications and site conditions.
• Pipeline tie-ins
• Valve and branch additions
• Maintenance or repair on pressurized systems
Mating Options
- Welded Fittings
- Mechanical Fittings
Each designed to suit application-specific pressure and field requirements.
Inline Mixing Without
Moving Parts
Purpose:
Static mixers are engineered for continuous, inline mixing of liquids, gases, or powders – achieving consistent blending without any moving components. Their efficient, maintenance-free design makes them ideal for a wide range of industrial applications.
How It Works
The internal structure of the static mixer directs flow from the center outward to the pipe walls and then back to the center. As the fluid passes through each mixing element, the flow rotates in alternating directions—creating layered divisions and enhancing turbulence. This repeated division and redirection result in uniform mixing by the time the flow exits the final element.
Reliable Mixing, Simplified Operation
WorldLink Business SPC static mixers are designed to deliver precise, repeatable performance—making them a smart choice for industries that demand consistent product quality with minimal operational complexity.
Element Types
- Fixed Elements
- Removable Elements (for easy inspection and cleaning)
Key Benefits
- High-efficiency mixing without the need for moving parts
- No noise, vibration, or mechanical wear
- Minimal maintenance requirements
- Cost-effective and reliable solution for inline mixing
- Suitable for both high- and low-viscosity fluids
Applications
- Mixing of viscous liquids
- Gas blending
- Powder dispersion
- Chemical dosing and blending
- Food processing
- Pharmaceutical manufacturing