Gear Pump For Oil - China Manufacturer of Oil Pumps

I am a proud China-based Manufacturer, and I offer a robust Gear Pump For Oil designed for high-pressure, low-shear performance across industrial lubricants and fuel applications. As a buyer-friendly solution, I focus on durability, easy maintenance, and cost-efficiency. My unit features precision gears, ceramic or steel rotors options, tight tolerances, and a compact frame that fits into tight spaces. For oil transfer, lubrication, or hydraulic circuits, this pump delivers steady flow, reduced pulsation, and long service life. I source from trusted materials and apply strict QA at every step, so your uptime stays high and your maintenance cost stays low. Whether you operate in the oil field, chemical processing, or manufacturing line, I can tailor sealing options and ports to your system. If you’re looking for a dependable Gear Pump For Oil from a China Manufacturer, I’m ready to discuss your specs and offer a competitive quote today.

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Gear Pump For Oil Products Your Trusted OEM Partner

Global buyers seeking a gear pump solution for oil products need more than a component—they require an OEM partner who can turn performance goals into durable, scalable equipment. A trusted provider offers precision machining, robust materials, and proven reliability for lubricants, fuels, and specialty oils. From design optimization to testing, the focus is efficiency, low leakage, and stable flow across varied temperatures and viscosities. A modular platform can serve multiple applications, reducing inventory and speeding integration with existing lines. Partnering with an OEM team means close engineering support, flexible production, and full lifecycle service from concept to mass production. Capabilities include custom gear geometry, seals, and material options, validated against international standards. A global supplier delivers scalable output, shorter lead times, and reliable logistics, ensuring continuous operation across plants worldwide. Together, you can lower total cost of ownership while maintaining traceability, quality, and ongoing improvement.

{ Gear Pump For Oil Products Your Trusted OEM Partner}
Model Pump Type Max Flow (L/min) Max Pressure (bar) Viscosity Range (cSt) Temperature Range (°C) Wetted Materials Port Size Max RPM Efficiency (%) Seal Type Typical Applications Weight (kg)
GP-10 External spur gear 10 8 1 – 1,000 -20 – 120 Cast iron body, steel gears 1/2" BSP 3600 68 Buna‑N lip seal Diesel transfer, lubrication circulation 6
GP-25 Internal gear 25 10 1 – 5,000 -20 – 150 Cast iron, hardened steel gears 3/4" BSP 3000 72 Mechanical (carbon/ceramic) Fuel oil transfer, lube oil service 12
GP-40 External helical gear 40 12 1 – 10,000 -20 – 200 Optional 316 SS, alloy gears 1" NPT 3000 75 PTFE mechanical seal Diesel, gear oil, viscous oil transfer 18
GP-80 Twin‑gear (parallel) 80 16 5 – 50,000 (heated) -10 – 250 (with jacket) 316 SS body, alloy gears 1.5" NPT 1800 80 Cartridge mechanical seal Heavy fuel oil, pre‑heated bitumen transfer 45
GP-120 Parallel shaft gear 120 16 10 – 30,000 (heated) -10 – 220 316 SS, hardened alloy gears 2" NPT 1800 82 Double mechanical seal (API style) Bunker fuel transfer, lube oil circulation 68
GP-200 External heavy-duty gears 200 20 5 – 50,000 (with heating) -10 – 220 Cast iron or 316L SS options 2.5" ANSI 1500 78 Cartridge mechanical seal Refinery services, heavy oil transfer 95
GP-400 High-capacity twin gear 400 25 5 – 30,000 (process heated) -10 – 200 316L SS, alloy gears 3" ANSI 1200 85 Pressurized tandem seal Bulk lubricant transfer, industrial oil circulation 140

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Gear Pump For Oil Manufacturers You Can Rely On More Than a Supplier - A Partner

Monthly Partnership Performance Metrics: Reliability vs On-time Delivery

Over a twelve-month period shown in the chart above, two complementary metrics — a Reliability Score (scaled 0–100) and On-time Delivery Rate (percentage) — were tracked to evaluate supplier partnership performance for gear pumps used in oil industry applications. The Reliability Score aggregates field failure data, warranty claims, and mean time between failures into a single index; the On-time Delivery Rate measures the percentage of shipments that arrive within the agreed delivery window. Together these dimensions illustrate both product robustness and supply chain responsiveness, which are critical when selecting a long-term partner rather than a simple vendor. The plotted lines reveal seasonal and operational trends. Reliability improves steadily from the start of the year through mid-year, suggesting successful design tweaks, quality control enhancements, or improved component sourcing. A mid-year dip in On-time Delivery Rate corresponds to a logistical disruption simulated in the dataset, after which delivery performance recovers as contingency measures are implemented. Observing both metrics concurrently highlights trade-offs: in one quarter, a rapid rise in reliability aligns with a temporary drop in delivery punctuality, indicating that process changes to improve quality required additional lead time. For decision-makers in oil equipment procurement, this dual-metric view supports balanced evaluation. A partner that scores high on reliability but chronically misses delivery windows may still impose operational risk due to downtime. Conversely, exceptional delivery with poor reliability increases maintenance costs and downtime. Monitoring these dimensions monthly enables targeted actions — for example, working with a partner to optimize inventory buffers during identified low-delivery months, or prioritizing engineering improvements when reliability trends decline. Visualizing trends over time also facilitates setting measurable performance service-level agreements and prioritizing continuous improvement efforts that align product durability with dependable supply. Regularly reviewing these trends fosters collaborative problem-solving and reduces lifecycle cost through joint improvement plans each quarter consistently.

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