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Athena Engineering S.r.l.
Athena Engineering S.r.l.
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Industrial Thermal Fluid Circulation

The key to our success is "Good Merchandise High-quality, Reasonable Selling price and Efficient Service" for Industrial Thermal Fluid Circulation, High-Temperature Fluid Transfer Pump, Heat Preservation Centrifugal Pump, API OH1 Thermal Oil Pump, Teffiko High-Temperature Pump, Should further more info be required, remember to call us at any time!
Industrial Thermal Fluid Circulation, We aim to build a famous brand which can influence a certain group of people and light up the whole world. We want our staff to realize self-reliance, then achieve financial freedom, lastly obtain time and spiritual freedom. We do not focus on how much fortune we can make, instead we aim to obtain high reputation and be recognized for our products and solutions. As a result, our happiness comes from our clients satisfaction rather than how much money we earn. Ours team will do best in your case always.

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 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.
  • 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 OH1 Horizontal Centrifugal Pumps For Heat Preservation

    API OH1 Horizontal Centrifugal Pumps For Heat Preservation

    API OH1 Horizontal Centrifugal Pumps For Heat Preservation for Heat Preservation, the innovative upgrade from chemical pumps, are crafted by TEFFIKO. The pumps in TEFFIKO's series feature ingenious designs. Their hollow sandwich structure is compatible with a variety of insulating media, enabling precise temperature control, ensuring efficient and stable transportation, and demonstrating excellent performance under complex working conditions, thus facilitating the smooth operation of chemical production processes. We adhere to the principle of putting customers first, providing professional selection advice and customized services, making every effort to maintain equipment stability. Our prices are also highly competitive, allowing you to obtain high - quality products at an affordable cost.​
  • 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 Between Bearing Type Multistage Centrifugal Pumps

    API Between Bearing Type Multistage Centrifugal Pumps

    API Between Bearing Type Multistage Centrifugal Pumps are horizontal single-casing multistage pumps, specifically designed for extreme operating conditions such as high temperature and high pressure. They are meticulously crafted by a professional team. The manufacturing process adheres to strict standards and precision procedures, with quality strictly controlled to ensure excellent product quality.
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  • Guide to Avoiding Pitfalls in Acid-Resistant Centrifugal Pump Selection

    Selecting the right acid-resistant centrifugal pump is not only related to production efficiency but also directly affects the safe production and operating costs of enterprises. Many purchasers often feel confused when faced with a wide range of pump models: why do some pumps leak after half a year of use with the same parameters, while others can operate stably for three to five years?

  • Precautions for Disassembly of Magnetic Drive Pumps: Standard Procedures, Accurate Recording & Pit‑avoidance Guide

    Magnetic drive pumps feature seal‑free, zero‑leakage and high‑safety performance, and are widely used in chemical, pharmaceutical, environmental protection, petroleum and other industries for hazardous fluid transportation. Different from conventional centrifugal pumps, they adopt magnetic coupling transmission, equipped with high‑precision parts including ceramic shafts, graphite bearings, containment shells and impellers. Many rework faults, abnormal noise, medium leakage and rotor unbalance are not caused by natural aging, but by irregular disassembly, missing records and mis‑placement of components. Standard disassembly procedures, complete data recording and proper part protection are critical for magnetic drive pump maintenance.

  • Detailed Explanation of Screw Pumps

    Screw pumps are one of the oldest and most reliable positive displacement pump technologies in the industrial fluid handling sector. Their full product range, including single-screw, twin-screw, and triple-screw pumps, is widely used in oil and gas, chemical, marine, and other industries. These pumps have gained global customer recognition for their reliable performance and customized solutions. Despite their simple structure, many engineers lack a thorough understanding of their working principle and selection applications. This article provides a detailed explanation based on TEFFIKO engineering practice to support equipment selection decisions and maximize the optimal performance of screw pumps.

  • How to Precisely Match Marine Pumps

    In marine engineering, ship transportation, and deep-sea exploration, selecting the right marine pump is key to efficient, safe operations. As an experienced marine pump R&D and manufacturing enterprise, TEFFIKO offers customized solutions for diverse scenarios, supporting from selection to delivery for worry-free operations.

  • Core Characteristics and Maintenance of Process Pumps

    This article covers process pumps' core traits, working principles, types, industrial uses, and maintenance. It emphasizes API process pumps' role, then highlights TEFFIKO, an Italian manufacturer, offering tailored solutions for industries like petrochemicals to aid proper pump selection and cost-efficiency.

  • Centrifugal Pump Curve: A Complete Guide for the Petrochemical Industry

    In the fluid handling systems of the petrochemical industry, centrifugal pumps are critical equipment driving core operations such as oil and gas extraction, refining and processing, and chemical transportation. To fully unlock the performance potential of centrifugal pumps and ensure the stability and economy of industrial processes, the key lies in accurately mastering the centrifugal pump curve—a technical tool that directly determines a pump’s operating efficiency, pressure output, and service life. Whether you are an engineer designing process systems, a procurement specialist selecting equipment, or an operator troubleshooting faults, proficiency in centrifugal pump curves is an essential skill for optimizing production processes.

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