Hot Tapping Fitting
Overview
Technical Specification
| Product | Size Range | Pressure Rating | Material | Application |
| Fully Encircled Hot Tap Split Tee | 2″ to 48″ | Up to 1500 PSI | Carbon Steel, Stainless Steel | Oil & Gas, Petrochemical |
| Stopple Tee Fittings | 2″ to 48″ | Up to 1500 PSI | Carbon Steel, Alloy Steel | Emergency Repairs, Maintenance |
| Mechanical Bolted Fittings | 1″ to 36″ | Up to 600 PSI | Ductile Iron, HDPE, PVC | Water, Sewerage, Industrial |
| Reinforcement Pad Fitting | 4″ to 72″ | Up to 1500 PSI | Carbon Steel | Strengthening Branch Connections |
| Weldolet Fitting | 1/2″ to 12″ | Up to 3000 PSI | Carbon Steel, Alloy Steel | Oil, Gas, Water Pipelines |
| Hot Tap Standard Cutters | 3″ to 72″ | N/A | High-Speed Steel | Pipeline Branching |
| Line Stop Cutters | 3″ to 48″ | N/A | High speed Steel | Pipeline Isolation |
| Tank Tap Cutters | 4″ to 48″ | N/A | High-Speed Steel | Tank Tapping |
| Angle Tap Cutters | 6″ to 48″ | N/A | High-Speed Steel | Angled Connections |
| Pilot Drills | 1/2″ to 72″ | N/A | High-Speed Steel | Hot Tapping, Line Stopping |
Frequently Asked Questions
What materials are TRITORC hot tap fittings compatible with?
They are compatible with steel, HDPE, PVC, and ductile iron pipelines.
What factors determine the selection of a hot tap fitting for a specific pipeline?
The selection depends on pipeline material, pressure rating, operating temperature, flow conditions, and the required branch size.
How do advancements in cutter technology improve efficiency in live pipeline operations?
Innovations like multi-tooth cutters, carbide-coated blades, and precision-guided drilling reduce cutting time and enhance accuracy.
What environmental concerns are associated with hot tapping and line stopping?
Risks include potential leaks, material contamination, and emissions; proper sealing and pressure control mitigate these risks.
How do mechanical bolted fittings stand high to welded fittings in pipeline applications?
Bolted fittings eliminate the need for welding, reducing fire hazards and enabling faster and flexible installations, majorly in hazardous environments.



