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In nearly every industry, lost water is essentially lost money. Industries and municipalities must replace lost water, which involves additional treatment and transportation costs. Mechanical seals play a crucial role in water conservation, especially in industrial applications and water infrastructure systems.

The monitoring of vibration levels is a fundamental reliability practice for assessing the health and availability of industrial pumps. Excessive vibrations not only lead to mechanical fatigue and wear but can also signal potential operational issues, some of which can be catastrophic if left unchecked.

Hydrocarbons, organic compounds consisting of hydrogen and carbon, are primary constituents of crude oil, natural gas, and many of their derivatives. They are used extensively in various industries, from energy and petrochemicals to pharmaceuticals. When mishandled or improperly sealed, hydrocarbons can pose several challenges and risks

Seals are a formidable barrier against external contaminants from infiltrating water systems, such as chemicals, dirt, and debris.

Carbon capture processes heavily rely on machinery such as compressors, pumps, and other rotating equipment.

Valves play an indispensable role in regulating the flow of fluids within various systems across many industries. Given the critical functionality of valves, ensuring a proper seal becomes paramount to prevent leakages, maintain pressure integrity, and guarantee safe operations. Here’s where high-performance plastics come into play. These plastics, known for their durability, resilience, and chemical … Continue reading "Increase Valve Efficiency with High-Performace Plastics"

From mechanical seals to braided pump packings, SEPCO's product range is vast, catering to a wide array of industrial applications and equipment needs.

Given the massive CO2 outputs from large-scale industrial processes, this technology presents a direct solution to one of the world's most pressing environmental challenges.

Certain sealing solutions are more suitable than others to ensure the efficient and safe operation of wastewater pumps.

Shaft deflection, technically described as a deviation from the true axial rotation of a shaft, is an outcome of variables such as deteriorated bearings, unbalanced hydraulic forces, or unanticipated loading.