This article provides a comprehensive overview of the key precautions for using centrifugal pumps in high-temperature weather, aimed at helping operators effectively manage potential risks caused by heat. It covers pre-startup inspections of the lubrication system, sealing performance, and cooling system, as well as real-time monitoring of temperature, flow regulation, and detection of abnormal vibrations or noises during operation. It also includes post-shutdown maintenance tips such as gradual cooling, cleaning, and component inspection. Additional measures for extreme heat conditions, such as adjusting operating hours and applying insulation or shading, are also discussed. Proper operation and maintenance not only ensure stable performance and extended equipment life but also improve energy efficiency and reduce downtime in industrial and commercial pump systems.

Water pumps are indispensable devices in modern industry and daily life, playing a crucial role across various fields such as water supply, drainage, manufacturing, and agriculture. Whether it's providing clean water for households or transporting liquids in industrial settings, water pumps serve as the backbone of fluid handling systems.

This article details the differences between Overhung Single-Stage Single-Suction Pumps (BB1) and Overhung Single-Stage Double-Suction Pumps (BB2) from four dimensions, offering professional references for centrifugal pump selection and introducing TEFFIKO’s pump solution services.

Fluoroplastic magnetic pumps transmit power via magnetic couplings, achieving complete hermetic sealing with zero leakage. When the motor drives the outer magnetic steel of the magnetic coupling to rotate, magnetic lines of force pass through the gap and isolation sleeve to act on the inner magnetic steel, enabling the pump rotor to rotate synchronously with the motor and transmit torque without mechanical contact. Since the liquid is enclosed within the isolation sleeve, material leakage is completely eliminated, reducing pollution, saving energy, purifying the environment, and protecting the physical and mental health of on-site workers

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.

This article explains what a "C pump" (mostly centrifugal pump) is, covering its working principle, flow adjustment, head-flow curves, viscosity/power impacts, and FAQs. It also highlights why TEFFIKO is a good choice, aiding understanding for industrial, agricultural, and municipal use.