High-Quality Screw pump Supplier | Reliable Industrial Pumps

We are a dedicated supplier of Screw pump solutions, and I know that for B2B buyers like you, reliability matters as much as price. Our Screw pumps are built with High-Quality materials, precision-machined rotors, and tight tolerances to ensure steady flow and low pulsation across your operating range. I’ve seen how they cut down on maintenance and energy consumption, especially in viscous fluids and high-shear processes. The design features compact footprints, easy installation, and adaptable seals for aggressive liquids. We offer custom configurations, speed ranges, and impeller options to fit your specific process. As your supplier, I stand by prompt technical support, spare parts availability, and clear documentation. If you seek a dependable, efficient pump that keeps your line moving, this Screw pump could be the right match for your plant.

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Screw pump Pioneers in the Field Manufacturers You Can Rely On

As pioneers in screw pump design and manufacture, we combine proven helical-rotor technology with modern metallurgy and precision machining to deliver pumps that excel in efficiency, low pulsation and long service life. Global buyers benefit from robust performance across industries—oil & gas, chemical, marine and power—backed by strict quality control, performance testing and compliance with international standards. Our flexible production and engineering teams offer tailored solutions, quick prototyping and reliable logistics to meet project timelines anywhere in the world. Comprehensive after-sales support, spare-part availability and predictive maintenance programs ensure uptime and predictable lifecycle costs, making us a trusted partner for procurement professionals seeking durable, high-performance screw pumps.

Screw pump Pioneers in the Field Manufacturers You Can Rely On
Manufacturer ID Pump Type Model Code Flow Capacity (m³/h) Max Pressure (bar) Speed Range (rpm) Rated Power (kW) Shaft Ø (mm) Wetted Materials Viscosity Range (cP) Typical Applications Seal Type Orientation Efficiency (%) Noise (dB) Maintenance Interval (hrs) Certifications MTBF (hrs)
MFG-01 Single-screw SS-200 5 40 600–1,800 45 60 316L stainless / Cast iron 10 – 500,000 Heavy oil transfer, polymer syrups, slurries Dual mechanical seal Horizontal 88 72 4,000 ISO 9001, API 676 20,000
MFG-02 Twin-screw TS-500 200 16 400–1,200 150 100 Duplex stainless 1 – 10,000 Fuel oils, lubricants, chemical feedstock Mechanical seal (single/dual) Horizontal 92 78 6,000 ISO 9001, CE 35,000
MFG-03 High-pressure single-screw SS-HP100 20 100 500–1,200 75 70 17-4PH stainless / hardened alloys 5 – 10,000 Hydrocarbon injection, pipeline boosting High-pressure mechanical seal Horizontal 85 80 3,000 API 676, PED 25,000
MFG-04 Planetary screw PS-120 0.5 25 800–1,800 7.5 30 316L / Hastelloy available 50 – 200,000 Food (sugar, chocolate), adhesives SIP-capable mechanical seal Horizontal 90 65 8,000 ISO 9001, FDA-compliant components 40,000
MFG-05 Twin-screw (heavy duty) TS-HD1200 1,200 10 300–700 250 140 Carbon steel with HARDOX liners 1 – 2,000 Dredging, slurry transfer Packed gland (robust) Horizontal 75 85 2,500 ISO 9001, CE 22,000
MFG-06 Micro screw (dosing) MS-02 0.02 8 1,200–3,000 0.75 12 316L stainless 1 – 2,000 Dosing, laboratory, pilot plants Single mechanical seal Horizontal 82 60 10,000 ISO 9001, CE 50,000
MFG-07 Twin-screw (high-viscosity) TS-HV35 35 30 200–600 110 90 316L with wear coatings 1,000 – 1,000,000 Polymers, bitumen handling Robust mechanical face seal Horizontal 86 76 5,000 API 676, ISO 9001 28,000
MFG-08 Sealless corrosion-resistant SR-60 60 20 600–1,500 55 80 PTFE-lined / FRP options 1 – 5,000 Acids, corrosive chemicals Magnetic coupling (sealless) Horizontal 78 68 7,000 ATEX, ISO 9001 32,000

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Screw pump Application in 2025

Installed Units vs. Average Energy Use for Screw Pumps (2021–2025 Forecast)

The chart above presents a five-year view (2021–2025) of two related dimensions for screw pump deployment: the annual installed base (in thousands of units) and the average annual energy consumption per unit (kWh/year). The installed base is shown on the left axis as a blue line indicating steady adoption growth driven by increased demand in oil & gas, wastewater, and industrial transfer applications. The energy consumption per unit is represented by an orange line on the right axis, reflecting improvements in efficiency and shifts in operating profiles. Between 2021 and 2023 the installed base rises from 120k to 170k units as centralized replacement programs and new plant commissioning accelerate purchases. Forecasts for 2024–2025 assume continued growth to 210k units by 2025 based on projected capital expenditure and modernization initiatives. Over the same period average energy use per pump falls from 14,000 kWh/year to 11,500 kWh/year, representing roughly an 18% reduction attributable to efficiency upgrades, variable speed drives, and better system design that reduce throttling losses. Interpreting both trends together indicates that even as more units are deployed, aggregate system electricity demand will grow more slowly than unit counts alone would imply. This divergence highlights the impact of per-unit efficiency gains on total energy consumption and operating cost. For planners and engineers, the chart emphasizes the importance of investing in higher-efficiency pumps and control systems to manage lifecycle energy expenses. Scenario analysis derived from these baseline trends can help prioritize retrofit versus replacement decisions: in systems where uptime is critical, incremental efficiency improvements yield faster payback when operating hours are high. The forecast should be revisited as field performance data and policy changes (e.g., tariffs, subsidies, or energy pricing) become available. Regularly updating the model with measured field data and maintenance records will improve accuracy and risk assessments over time horizon.

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