Piston Type Hydraulic Pump - China Manufacturer for Industry

I’m a China-based Manufacturer offering a dependable Piston Type Hydraulic Pump that keeps your hydraulic system running smooth under tough workloads. In my design, the Piston Type Hydraulic Pump delivers steady flow with low pulsation, compact footprint, and long service life. I use high-grade materials and precise components to withstand high pressures and aggressive fluids, while rugged seals and thermal relief minimize leaks and downtime. This pump suit for construction, machinery, and industrial automation projects, pairing well with standard motors and control valves. It’s easy to install, maintain, and service, with accessible wear parts and modular options for different flows and pressures. I prioritize after-sales support—technical guidance, spare parts availability, and timely delivery to factories and engineering teams in China and abroad. If you’re a procurement professional seeking a trusted hydraulic solution from a dedicated Manufacturer, I’d be glad to tailor a solution to your exact performance and budget needs.

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Piston Type Hydraulic Pump Supplies the World\u2019s Top Brands Where Service Meets Innovation

Our piston-type hydraulic pumps combine durable materials, precision machining and advanced sealing technology to meet the stringent demands of global OEMs and aftermarket partners. Engineered for high efficiency, long service life and cross-compatibility with leading equipment, they undergo rigorous testing and quality control to ensure stable performance in heavy-duty, mobile and industrial applications. Continuous R&D and modular designs allow rapid adaptation to new specifications and efficiency standards. For international buyers, we offer flexible OEM/ODM solutions, competitive lead times and scalable production to support large projects and spare-parts supply. Comprehensive after-sales service, technical support and customized logistics ensure seamless integration into your supply chain, minimizing downtime and total cost of ownership. Partner with a supplier that blends hands-on service with ongoing innovation to keep your systems running at peak performance.

{ Piston Type Hydraulic Pump Supplies the World’s Top Brands Where Service Meets Innovation}
Model Pump Architecture Displacement (cm³/rev) Max Pressure (MPa) Max Flow (L/min @1500 rpm) Volumetric Eff. (%) Mechanical Eff. (%) Speed Range (rpm) Noise Level (dB(A)) Weight (kg) Sealing Material Fluid Compatibility Operating Temp (°C) Maintenance Interval (hrs) Certifications / Standards Typical Applications
PTP-40 Axial piston (swashplate) 40 35 60 95 90 600–2500 70 18 Fluoroelastomer (FKM) Mineral oil, biodegradable esters, synthetic -20 to +100 4,000 ISO 9001, ISO 4406 Mobile hydraulics, construction, material handling
PTP-75 Axial piston (variable displacement) 75 35 113 96 92 600–2800 72 36 Polyurethane & FKM Mineral oil, synthetic hydraulic fluids -25 to +110 5,000 ISO 9001, API 674 Industrial presses, offshore winches, agriculture
PTP-120 Radial piston (high-pressure) 120 40 180 92 88 400–2000 74 55 NBR (dynamic) + FKM (static) Mineral oil, phosphate esters -20 to +110 6,000 ISO 9001, ISO 14001 Test rigs, high-pressure injection, hydraulic presses
PTP-200 Axial piston (variable displacement) 200 35 300 94 93 600–2200 76 92 FKM Mineral oil, synthetic -20 to +120 7,000 ISO 9001, CE Marine propulsion, heavy construction, industrial power units
PTP-320 Axial piston (high-displacement) 320 31.5 480 93 92 500–1800 78 150 FKM + metal face seals Mineral oil, fire-resistant fluids -20 to +110 8,000 ISO 9001, API 674 Steel mill drives, dredging, offshore cranes
PTP-500 Axial piston (very high-displacement) 500 28 750 90 88 400–1600 82 280 Metal face seals + FKM Mineral oil -15 to +90 10,000 ISO 9001, CE Central power units, large cranes, turnkey hydraulic systems
Note: Performance figures are nominal values under typical test conditions (hydraulic fluid ISO VG 46, 1500 rpm where indicated). Actual performance depends on system configuration and operating conditions.

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Piston Type Hydraulic Pump Stands Out Where Innovation Meets 2025

Data Dimension: Performance Metrics by Piston Type

This chart presents a comparative view of Performance Metrics across five generic piston types in a standardized hydraulic pump stand setup. The metric displayed is an Efficiency Score on a 0–100 scale, designed to summarize energy performance, mechanical reliability, noise and vibration characteristics, and maintenance implications into a single, easily comparable indicator. Data were generated through a controlled test protocol that simulates typical load profiles found in industrial pumping applications, with each piston type evaluated under identical operating conditions to ensure a fair comparison. The scoring methodology weights energy efficiency most heavily (about 40%), followed by mechanical reliability (about 35%), and noise/operating smoothness along with maintenance considerations (about 25%). Type C achieves the highest score (92), suggesting that its design features—such as optimized piston geometry, improved sealing, and surface treatments—deliver better energy use per unit of output and greater resilience to wear over time. Type B and Type D show solid yet moderate performance (76 and 81, respectively), while Type A remains highly efficient (88) but may exhibit trade-offs in long-term maintenance costs. Type E records the lowest score (68), highlighting potential weaknesses in durability under variable load. This visualization supports product development teams by identifying which piston-type design directions yield the most meaningful gains in overall system performance, while also signaling where further refinement is needed to balance efficiency with cost of ownership. Note that this is a synthetic dataset intended to illustrate comparative analysis; real-world results depend on test conditions, oil properties, temperature, and system integration.

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