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Athena Engineering S.r.l.
Athena Engineering S.r.l.
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Our growth depends to the superior products ,great talents and repeatedly strengthened technology forces for API 610 Compliant Split Casing Pump, Axial Split Pump For Oil And Gas, API Between Bearing Pump Design, TEFFIKO Heavy-Duty Industrial Pump, Easy-Maintenance Axial Split Pump, We have been not pleased while using the present achievements but we're trying finest to innovate to satisfy buyer's more personalized needs. No matter where you are from, we're here to wait for your type request, and welcom to visit our manufacturing unit. Choose us, you can satisfy your dependable supplier.
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Related Products

Hot Products

  • API OH3 Vertical Chemical Process Pumps

    API OH3 Vertical Chemical Process Pumps

    API OH3 vertical chemical process pumps are specifically designed for vertical installation scenarios with limited space and high - reliability requirements. The maximum operating pressure is 2.5 Mpa. They are applicable in fields such as petrochemical, energy, and cryogenic engineering, and are suitable for transporting clean or slightly contaminated media. The operating pressure and temperature vary depending on the pump materials.
  • 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.
  • API OH1 Horizontal Centrifugal Pumps For Oil And Chemical Flow

    API OH1 Horizontal Centrifugal Pumps For Oil And Chemical Flow

    API OH1 Horizontal Centrifugal Pumps for Oil and Chemical Flow play a crucial role in the industry. Among them, the TEFFIKO T2AP series strictly adheres to the API OH1 standard. Specifically crafted for the intricate technological processes in the petrochemical field, this series is highly efficient and reliable. Its flow rate ranges from 2 to 2600 cubic meters per hour, and the maximum head can reach up to 250 meters, which can precisely meet the transportation requirements of various media in petrochemical production.
  • General Type Single Screw Pumps

    General Type Single Screw Pumps

    General Type Single Screw Pumps are powerful industrial transportation tools. Their unique structure enables application in diverse working conditions. They can convey high - viscosity, particle - laden, and corrosive media. These pumps offer stable flow rates, flexible adjustment, low energy consumption, and are easy to install and operate. They effectively address transportation issues in industries like chemical engineering, sewage treatment, and food processing, making them an ideal choice for cost - cutting and efficiency - boosting.
  • API OH1 Horizontal Centrifugal Pumps For Chemical Flow

    API OH1 Horizontal Centrifugal Pumps For Chemical Flow

    API OH1 Horizontal Centrifugal Pumps for Chemical Flow are meticulously manufactured in strict accordance with the API OH1 standard. They are specifically designed for the complex technological processes in the chemical industry and belong to the category of high - performance centrifugal pumps. Their flow rate ranges from 2 cubic meters per hour to 2000 cubic meters per hour, and the maximum head can reach 160 meters. They are suitable for transporting media that are low - temperature or high - temperature, neutral or corrosive, clean or containing solid particles, toxic, flammable, and explosive.
  • API OH2 Overhung Type Horizontal Centrifugal Pumps

    API OH2 Overhung Type Horizontal Centrifugal Pumps

    As a global leader in industrial fluid technology, TEFFIKO has newly launched the API OH2 overhung type horizontal centrifugal pumps series. This series is centered around strict compliance with the international standard of the American Petroleum Institute (API 610 OH2). It is specifically designed for scenarios in petrochemical industry, energy extraction, and transportation of highly corrosive media, redefining the industry benchmark for reliability and efficiency.

  • Analysis of NPSH for Chemical Pumps: The Difference between NPSHa and NPSHr

    This article analyzes NPSH of chemical pumps, focusing on NPSHa & NPSHr differences. It covers their definitions, influencing factors, operational roles and matching tips, guiding pump selection, installation & maintenance to avoid cavitation and ensure stable operation.

  • 304 vs 316L vs 2205 SS Centrifugal Pump

    If you’ve ever shopped for SS centrifugal pumps, you’ve probably noticed 304, 316L, and 2205 popping up everywhere. The real difference between them? Their alloy makeup—and that’s what makes their corrosion resistance night and day. I’ve worked with industrial pumps for years, so I’ll break this down simply: what’s in each, where they work best, and how to pick the right one without overcomplicating it. Let’s dive in.

  • Centrifugal Pump Mechanical Seals: Principles, Applications, and Maintenance Key Points

    In industries such as chemical, petroleum, and power, centrifugal pumps are core equipment for fluid transportation. The mechanical seal, as a crucial component of centrifugal pumps to prevent medium leakage and ensure equipment safety, directly affects the efficiency, lifespan of the centrifugal pump, and the safety of production.

  • The importance of impeller wear rings in centrifugal pumps

    The impeller wear ring is an annular component installed between the impeller and the pump casing in equipment such as centrifugal pumps. It can reduce liquid leakage to improve efficiency, while protecting the impeller and pump casing and extending the service life of the equipment. It is used in centrifugal pumps and mixed-flow pumps in industries such as chemical engineering, water conservancy, and electric power.

  • How to Decide Whether to Buy a Submersible Pump or a Submerged Pump?

    In scenarios such as industrial sewage discharge, municipal drainage, and agricultural irrigation, many purchasers frequently wonder, "Should I buy a submersible pump or a submerged pump?" Although both can operate in liquids, choosing the wrong one will not only increase maintenance costs but may even lead to safety hazards. Today, we will help you accurately match your needs.

  • Is a Centrifugal Pump Suitable for Handling Solid-Containing Media or Slurries?

    Centrifugal pumps are widely used in industrial production for their simple structure and high efficiency, but face challenges when transporting solid-containing media or slurries. This article first analyzes the characteristics of solid media and slurries, then explains the working principle of centrifugal pumps and the wear and blockage issues of traditional structures in handling solid-containing media. It compares application scenarios of various slurry pumps, clarifies that centrifugal pumps, after upgrading with wear-resistant materials and flow channel optimization, excel in transporting medium-low concentration, small-particle slurries. It also introduces their applications in municipal and mining fields and optimization solutions, emphasizing that reasonable design enables centrifugal pumps to transport solid-containing media efficiently and reliably.

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