F1300 Mud Pump
Because the F1300 utilizes a forged alloy steel fluid end rated for 52 MPa (7,540 psi) working pressure at a 254 mm stroke, this pump maintains consistent volumetric efficiency in 5,000m deep-well drilling, eliminating pressure-drop downtime. Because the internal components are fully interchangeable with standard NOV and Honghua F-1300 spares, you eliminate long-lead supply chain delays and reduce inventory holding costs by 30% through universal part compatibility.
Technical Specifications
| Power | 1,300 HP (970 kW) |
|---|---|
| Max Working Pressure | Up to 52 MPa (7,540 psi) |
| Stroke | 254 mm (10") |
| Stroke Rate | 0-135 spm |
| Fluid End | Forged Alloy Steel |
| Weight | ~30-35 t |
Available Configurations
- High chrome fluid end optional
- Interchangeable with standard API pump parts
- Reliable in continuous deep-well operation
- Proven pump module with low maintenance
Frequently Asked Questions
Is the F1300 mud pump compatible with existing NOV F-series expendables in our warehouse?▾
Yes, this unit is fully interchangeable with standard API-compliant NOV, BOMCO, and Honghua F-1300 equivalents. You can seamlessly utilize your current inventory of liners, pistons, and valves without any modifications.
What is the maximum discharge pressure we can expect during deep-well drilling operations?▾
The F1300 provides a robust maximum working pressure of up to 52 MPa (7,540 psi). This ensures you have the hydraulic horsepower required for demanding deep-well applications up to 5,000m.
How does the fluid end durability hold up against abrasive drilling fluids?▾
We utilize a forged alloy steel fluid end designed for high-stress endurance, and we offer a high-chrome option specifically to combat erosion in abrasive fluid environments. These configurations maximize your uptime by extending the service life of critical pressure-containing components.
What is the maximum stroke rate for this pump, and does it impact maintenance intervals?▾
The pump operates efficiently at a stroke rate of up to 135 spm with a 254 mm (10") stroke. Our proven pump module design is engineered for low maintenance even at these higher rates, ensuring reliable, continuous performance during long drilling shifts.
Does this pump fit standard skid configurations for 4,000m–5,000m rigs?▾
With a weight range of approximately 30-35 tons, the F1300 is perfectly balanced for standard 4,000-5,000m rig footprints. Its dimensional compatibility ensures an easy drop-in replacement or installation for existing rig designs.
Can you confirm the power output rating for this unit under continuous load?▾
The F1300 is rated at a consistent 1,300 HP (970 kW). This power capacity is specifically calibrated to provide stable, reliable output throughout continuous, high-load deep-well drilling operations.
What kind of maintenance support can we expect for the power end?▾
Our F1300 features a robust, proven module design that prioritizes ease of access for routine maintenance. This reduces your labor hours and ensures that critical wear components are replaced quickly to keep your rig running.
Are the consumables for this pump proprietary or can we source them globally?▾
Because our design is fully interchangeable with API industry standards, you are not locked into proprietary parts. You have the flexibility to source high-quality replacement parts globally, which optimizes your supply chain and reduces long-term operational costs.
How does the F1300 perform in terms of volumetric efficiency at high pressures?▾
The F1300 is engineered for superior volumetric efficiency, maintaining consistent flow and high pressure to keep the hole clean at depth. Its fluid end geometry minimizes turbulence, ensuring stable output even under the most demanding load conditions.
What options do you have for extending the service life of the fluid end modules?▾
In addition to our standard forged alloy steel, we offer a high-chrome fluid end option that provides superior resistance to washouts and corrosion. Investing in this upgrade significantly improves service life and lowers your total cost of ownership in harsh downhole conditions.