Gear Type Oil Pump - OEM Suppliers for Industrial Applications

When I designed our Gear Type Oil Pump, I wanted it to tick all boxes for OEM and Suppliers who look for durable performance. This pump features precision gears, robust bearings, and seal systems that keep leaks away and life span long. It delivers steady flow and quiet operation, handling a wide range of viscosities with reliability you can depend on in critical systems. The compact, modular design makes installation easy and maintenance fast, cutting downtime and operational cost. We offer material options and flange standards to fit your OEM requirements, plus interchangeable components to simplify stocking for Suppliers. Expected service life is high, supported by rigorous testing and a responsive after-sales team. If you need consistency in supply, we can align with your procurement cycle and provide flexible MOQ and lead times.

Hot Selling Product

Gear Type Oil Pump Service Backed by Expertise From Concept to Delivery

Gear type oil pumps offer stable flow, high pressure, and compact design—qualities essential for lubrication systems in heavy industry, energy, and chemical processing. An end-to-end service from concept to delivery ensures the pump is optimized for your fluid, temperature, viscosity, and duty cycle. From feasibility studies and 3D design to material selection, seals, and coatings, we combine engineering rigor with proven manufacturing know-how to deliver durable, efficient performance. Beyond production, end-to-end support covers prototype testing, factory acceptance, field installation, commissioning, and spare parts supply. We align with international standards, ensure traceability, and provide training for operators and technicians. With global procurement in mind, we offer scalable logistics and flexible lead times to meet project schedules while maintaining quality and service long after delivery.

{ Gear Type Oil Pump Service Backed by Expertise From Concept to Delivery}

Model ID Gear Type Displacement (cc/rev) Flow @ 1500 rpm (L/min) Max Operating Pressure (bar) Viscosity Range (cSt) Materials (housing / gears) Typical Applications Lifecycle Support Stages MTBF (hrs) Inspection Interval (hrs) Recommended Seal Type
GTP-5 Internal gear (micro) 5 7.5 7 2 – 200 Aluminum housing / Stainless-steel gears Instrumentation lubrication, small machine lubrication Concept → Design → Prototyping → Bench Testing → Field Validation → Delivery 15,000 1,000 PTFE-coated radial lip seal
GTP-10 Internal gear 10 15.0 10 10 – 500 Cast-iron housing / Carburized steel gears Engine lubrication, compact hydraulic circuits Concept → Design → Prototyping → Bench Testing → Field Validation → Delivery 25,000 2,000 Radial lip seal with PTFE backup
GTP-30 External gear 30 45.0 12 5 – 800 Aluminum housing / Nitrided steel gears Hydraulic power units, gearbox lubrication Concept → CAD Design → Prototype → Endurance Testing → Production → Delivery 30,000 2,500 Single mechanical face seal
GTP-75 External gear (heavy) 75 112.5 16 10 – 1000 Cast-iron housing / Bronze-bushed steel gears Industrial lubrication, oil transfer systems Concept → Engineering → Prototype → Performance Testing → Certification → Delivery 28,000 3,000 Mechanical seal (carbon/ceramic)
GTP-150 Gerotor 150 225.0 8 20 – 500 Steel housing / Bronze inner rotor Fuel/oil transfer, low-pressure lubrication circuits Concept → Design Optimization → Prototype → Leak & Flow Testing → Delivery 20,000 1,500 Lip seal with labyrinth option
GTP-250 Internal gear (heavy-duty) 250 375.0 20 50 – 1000 Heat-treated steel / Hardened steel gears Heavy machinery lubrication, medium-pressure hydraulic systems Concept → Structural Design → Prototype → System Integration Testing → Delivery 35,000 4,000 Tandem mechanical seals (primary + backup)
GTP-500 External gear (high-flow) 500 750.0 25 100 – 1200 Cast-steel housing / Alloy steel gears Marine lubrication, industrial oil circulation loops Concept → System Design → Heavy-Duty Prototyping → Long-term Field Trials → Delivery 40,000 5,000 Cartridge mechanical seal (multi-face)

Related Products

Gear Type Oil Pump Manufacturers You Can Rely On Factory-Direct Excellence

Monthly Throughput Trends by Gear Type (units)

Data Dimension: Time-series across 12 months for three gear pump variants

The visualization presents monthly throughput metrics for three gear-type oil pump variants, captured across a full calendar year. The chart uses a consistent y-axis scale to enable direct comparison of performance, with units representing produced items per month. Direct-Drive consistently achieves the highest throughput, peaking near 210 units in December, which may reflect higher capacity, better uptime, or favorable operating conditions toward year-end. Gear-Driven trails behind but shows a steady ascent from early-year values to around 170 units by year’s end, suggesting gradual efficiency improvements or ramped utilization. Hybrid gear pumps begin the year with the lowest throughput and grow more gradually, reaching about 160 units in December, indicating potential for optimization or differing duty cycles. The patterns imply distinct utilization or efficiency trajectories among the variants, with Direct-Drive maintaining predominance while Gear-Driven and Hybrid approach over time. In practice, this type of analysis supports capacity planning, procurement decisions, and maintenance scheduling. The sharper rise in Direct-Drive in the latter half of the year could reflect seasonal demand, production scheduling, or uptime improvements after maintenance; however, it might also indicate ramp-ups in tooling or workforce efficiency. The dataset is synthetic but demonstrates how simple time-series charts reveal directional trends and relative performance. For more rigorous analysis, additional dimensions such as uptime, mean time between failures, energy consumption per unit, and cost per produced unit could be layered to assess reliability and efficiency comprehensively. This visualization aims to be approachable for engineers, plant managers, and procurement teams to quickly assess which gear type yields the most output and where improvements may yield the greatest ROI. By coupling such charts with narrative insights, organizations can drive data-informed decisions that align with production goals and risk management priorities, ultimately supporting a reliable supply for critical lubrication systems.

Top Selling Products