The WOM Magnum SP® — engineered by Worldwide Oilfield Machine, deployed exclusively by TFS — paired with pre-pad planning built specifically for frac operations.
Together they're the reason 99.994% uptime is a field metric, not a marketing number.
Most valves on frac pads today were designed for production environments — low cycle counts, clean fluids, light duty. They were never built to run a continuous-pumping program at 130 BPM with 500k+ pounds of sand per stage.
The Magnum SP was.
Engineered for the actual conditions modern frac runs in: high cycle counts, abrasive fluids, multi-week pumping programs, and zero appetite for shut-ins.
Keeps the valve sealing reliably during long pumping programs, even as pressure conditions change.
Prevents sand and debris from collecting inside the valve body and interfering with performance.
No valve maintenance. High differential actuation improves well swaps. Thousands of stages without a shutdown.
The mechanical foundation behind predictable execution.
Extends durability in abrasive frac environments where conventional materials wear quickly.
Designed specifically for high-cycle pressure pumping rather than adapted from legacy production valves.
Frac missile configurations are engineered so crews can isolate wells, test equipment, and perform maintenance offline — without ever shutting down.
Compartmentalized zones. Isolated testing. Maintenance that doesn't impact getting proppant downhole.
It's how TFS helped set a 273.7-hour Permian continuous-pumping record — 24 hours a day, 11 straight days, no shut-ins.
Bad inputs produce bad layouts. Outdated site files, eyeballed measurements, and assumptions made too early are how you end up with iron that doesn't fit, connections that don't interface correctly, and expensive rework once equipment reaches location.
Every TFS pad starts with doing our homework. Terrain, spacing, access, surrounding infrastructure — captured as it actually exists.
Map it, draw it. Set expectations and hold the team accountable. Optimize pre-builds in the shop to reduce unnecessary connections made on pad.
Result: Better gameplan.Better communication.Safer operation.Fewer surprises.No rework.
Most pressure-control providers rely on third-party iron packaged inside broader service offerings. When equipment fails, demand spikes, or design changes are needed, they depend on someone else's timeline to respond. Limited control makes scaling risky.
TFS operates differently.
Our exclusive partnership with Worldwide Oilfield Machine (WOM) means we own the chain end to end.
No third-party bottleneck. No supply chain gap.
Through our partnership with WOM, field performance, repair, engineering, and manufacturing stay connected inside the same operational loop.
Every runtime hour, field configuration, repair, and operational learning feeds directly back into the next generation of equipment and execution planning.
That continuous feedback cycle allows systems to evolve faster in the field — simplifying designs, reducing failure points, and improving reliability over time. Each generation is tested in real-world frac conditions, refined, and pushed further than the last.
Renters can't run this loop. Each turn makes the next valve simpler and more reliable. The gap doesn't close — it widens.
Different incentives. Different supply chain. Different results.