Iron & Steel Mill Filtration Systems
In the red-hot world of Iron and steel strainers, there’s no time to clean an ordinary strainer. Hellan Fluid Systems' patented iron & steel filtration system provides a constant flow no foundry can afford to be without. Hellan Strainers are used for all of the following:
- Recirculating systems
- Descaling systems
- Cooling systems
Automatic Strainers for Foundries
Every day, worldwide, our filtration system is used in hot strip and plate mills, blast furnaces, open hearths, foundries, and continuous casting mills. Hellan strainers are an automatic self-cleaning solution, making them the ideal choice for mill, open hearth, and blast furnace strainers.
Our high-quality iron & steel strainers help reduce plant maintenance and operational costs. Contact us now to learn more about our iron and steel mill filtration systems and put Hellan Fluid Systems' proven performance to work for you today!
Iron & Steel Strainers | FAQs
Hellan strainers are designed for heavy-duty, high-temperature environments and provide continuous, automatic self-cleaning. They are the best choice for recirculating, descaling, and cooling systems in iron and steel mills.
Yes. Hellan strainers are built for demanding environments such as hot strip and plate mills, open hearths, and blast furnaces, offering durability, reliability, and reduced downtime.
Our patented self-cleaning strainers ensure uninterrupted flow by continuously removing debris without requiring the system to shut down, helping reduce maintenance and operational costs.
Explore Other Industries
Industries
Hellan Strainers are used in all industries that require the collection and removal of particulate from fluid systems. Listed below, are just a few of the ways Hellan provides industrial solutions to the global market.
Our Quality
Hellan Fluid Systems' self-cleaning fluid strainers are ISO9001 certified, meet all Navy Mil-Spec requirements, are approved by the American Bureau of Shipping and Lloyd’s Register, are listed by Underwriters Laboratories and designed in accordance with API, ASME, and PED.
