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Athena Engineering S.r.l.
Athena Engineering S.r.l.
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Real-Time Pump Performance Tracking

We'll dedicate ourselves to offering our esteemed customers together with the most enthusiastically thoughtful solutions for Real-Time Pump Performance Tracking, Oil And Chemical Dual-Purpose Pump, API OH1 Pump For Refinery Applications, Abrasion-Resistant Industrial Pump, Teffiko Oil Industry Pump, "Passion, Honesty, Sound service, Keen cooperation and Development" are our objectives. We have been here anticipating good friends all over the environment!
Real-Time Pump Performance Tracking Lamp, Due to the stability of our products, timely supply and our sincere service, we are able to sell our goods not only over the domestic market, but also exported to countries and regions, including the Middle East, Asia, Europe and other countries and regions. At the same time, we also undertake OEM and ODM orders. We'll do our best to serve your company, and establish a successful and friendly cooperation with you.

Related Products

Hot Products

  • API OH4 Overhung Type Horizontal Centrifugal Pumps

    API OH4 Overhung Type Horizontal Centrifugal Pumps

    The TEFFIKO THWP series of API OH4 overhung type horizontal centrifugal pumps is a high - performance product developed by our company. Based on traditional centrifugal pumps, we have carefully considered the unique structural requirements during operation, integrated advanced structural concepts from home and abroad, and created it through extensive research and optimization. It has become an ideal choice for pump equipment in many industries, ensuring stable production.
  • API OH4 Overhung Type Vertical Centrifugal Pumps

    API OH4 Overhung Type Vertical Centrifugal Pumps

    The TEFFIKO TLHP series of API OH4 Overhung Type Vertical Centrifugal Pumps is a high - performance product developed by our company. Based on chemical pumps, we have fully considered the special structural requirements of chemical pumps during operation, drawn on advanced structural experiences at home and abroad, and created it through repeated research and optimization.
  • API OH1 Horizontal Centrifugal Pumps For No Clogging Slurry

    API OH1 Horizontal Centrifugal Pumps For No Clogging Slurry

    The TEFFIKO TWSP series of API OH1 Horizontal Centrifugal Pumps for No Clogging Slurry. It is specifically designed for transporting slurries containing impurities such as solid particles and fibers, and is widely used in various industries, including chemical, papermaking, mining, metallurgy, and power generation. It features high efficiency, minimal or no leakage, excellent anti-clogging performance, stable operation, and a compact structure, ensuring the smooth progress of production processes.
  • Vertical Multistage Fire Fighting Centrifugal Pump

    Vertical Multistage Fire Fighting Centrifugal Pump

    TEFFIKO launches the TDLP type vertical multistage fire fighting centrifugal pump, which is designed based on classic pump models at home and abroad, integrating user requirements and fire protection standards. The pump body adopts a vertical structure with numerous advantages, and an innovative detachable structure is introduced, greatly simplifying subsequent maintenance work.
  • Fluoroplastic Corrosion Resistant Magnetic Pump

    Fluoroplastic Corrosion Resistant Magnetic Pump

    With its profound technical foundation, TEFFIKO has launched the TMP Fluoroplastic corrosion resistant magnetic pump for the global market. This pump uses a magnetic coupling to transfer power, achieving comprehensive sealing and fundamentally eliminating the leakage problem.
  • API OH1 Overhung Type Horizontal Centrifugal Pumps

    API OH1 Overhung Type Horizontal Centrifugal Pumps

    The TEFFIKO TIHP series of chemical centrifugal pumps is specifically designed for complex chemical working conditions and belongs to the API OH1 overhung type horizontal centrifugal pumps. The flow range is 3.4 - 1000 m³/h, and the maximum head can reach 128 m.

  • Differences Between OH1 and OH2 Centrifugal Pumps

    In the field of industrial fluid transportation, the selection of centrifugal pumps directly affects system efficiency and operational stability. OH1 and OH2, as common structural types of centrifugal pumps, although both belonging to the category of horizontal single-stage centrifugal pumps, have significant differences in design concepts and practical applications. The following is an analysis from four dimensions: structural design, performance parameters, applicable scenarios, and maintenance costs.

  • Maintenance Guide for Vulnerable Parts of Centrifugal Pumps Including Seals, Impellers and Shafts

    Centrifugal pumps are widely used in chemical, environmental protection, mining and other fields. Affected by medium erosion, corrosion, friction and other factors during long-term operation, the three core components—mechanical seals, impellers and pump shafts—are the most prone to damage, often causing failures such as leakage, vibration and insufficient flow. At present, most enterprises emphasize emergency repair over preventive maintenance and lack standardized maintenance standards, resulting in high repair rates and shortened service life. Combined with practical experience and technical parameters, this paper systematically sorts out maintenance techniques and installation standards for key components, providing practical preventive maintenance references for operation and maintenance personnel.

  • Operation and Maintenance of Centrifugal Pumps After Shutdown

    In industrial process systems, the shutdown of a centrifugal pump does not mean the end of maintenance work—on the contrary, correct operation and maintenance after shutdown are often the key to ensuring the long-term stable operation of the equipment. Whether it is planned maintenance, seasonal shutdown, or emergency shutdown due to failure, neglecting the post-shutdown processing steps can easily lead to serious problems such as corrosion, crystallization blockage, shaft bending, seal failure, and even pump body freezing and cracking.

  • Comprehensive Analysis of Leak-Free Pumps: Comparison of Four Core Types and Industrial Applications

    In high-risk industries such as chemical, pharmaceutical, and new energy, leakage from fluid transportation equipment not only causes material waste but also risks safety accidents and environmental pollution. Leak-free pumps, with their revolutionary sealing technologies, completely solve the leakage problems of traditional pumps. This article details the technical principles, application scenarios, and core differences of four major leak-free pump types—canned motor pumps, magnetic drive pumps, positive displacement diaphragm pumps, and electromagnetic pumps—providing a comprehensive selection reference for industrial fluid transportation.

  • Calculation of Centrifugal Pump Flow Rate

    The flow rate (Q) of a centrifugal pump is a key parameter for measuring its conveying capacity, which directly affects the system design and operation efficiency. This article will deeply analyze the flow rate calculation formulas, influencing factors, and engineering calculation methods to help engineers make accurate selections and optimize operations.

  • the unique advantages of progressive cavity pumps

    A volumetric pump is a device that realizes fluid conveying by periodically changing the volume of the pump cavity. Common types include gear pumps, sliding plate pumps, diaphragm pumps, ordinary screw pumps, etc. Although their core logic is volumetric change, the progressive cavity pump, with its continuous and smooth spiral cavity design, is significantly different from the same pump in terms of flow characteristics, media adaptability, anti-blocking ability and operating stability. This article will compare from the five core dimensions and analyze the unique advantages of progressive cavity pumps.

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