Armstrong In The Media

As Seen On: estaenergy.org.uk September 13, 2021

Armstrong Fluid Technology marked the latest phase in its UK expansion with the official opening of a new Systems Manufacturing Centre at Pointon Way, Droitwich.

Armstrong Fluid Technology designs, engineers and manufactures intelligent fluid flow equipment, control solutions and optimisation technologies for use in HVAC, Plumbing, Gas Transmission and Fire Safety applications. Earlier this year the company announced plans to relocate its West Midlands factory, warehouse and offices from Halesowen to larger premises in nearby Droitwich. The move provided additional space for operations to accommodate growing demand for off-site manufactured plantrooms and energy centres.

As seen on: empoweringpumps.com August 26, 2021

As Seen On: esmagazine.com July 19, 2021

TORONTO — Armstrong Fluid Technology has announced that Simone Walzel has joined the company as global head, data centers.  

An experienced industry professional with extensive knowledge of data center services and solutions, Walzel has invested more than 20 years in the mission critical industry. After launching her career with Honeywell, she has worked in progressively senior roles with Schneider Electric, Emerson Network Power, Stream Data Centers, and Vertiv.

As Seen On: worldpumps.com - April 27, 2021

Armstrong Fluid Technology is offering its customers a three-month free trial of the Pump Manager Essential Package which includes up to four vertical in-line pumps, four end suction pumps, or two Tango pumps and is valid on new subscriptions taken out before 30 June 2021.

As Seen On: meconstructionnews.com - June 10, 2021

Kevin Laidler, MEA sales director for Armstrong Fluid Technology, says that energy-efficient upgrades for HVAC systems are vital to creating safer, stronger and more sustainable spaces in our cities

Building facilities represent a major portion of energy consumption in the built environment, responsible for about 40% of all energy usage, and a similar proportion of greenhouse gas emissions.

Armstrong Fluid Technology has been honoured with a Queen’s Award for Enterprise for Sustainable Development. This award recognizes Armstrong’s leadership in sustainability, including improvements in daily operations, contributions to the sustainability of customers, and support for sustainability initiatives in local communities.

As Seen On: empoweringpumps.com - April 06, 2021

Armstrong Fluid Technology has announced that Design Envelope pumps with Permanent Magnet motors are now available NEMA 4X/IP66 rated, for outdoor installation.

Featuring advanced performance mapping technology and load-limiting logic, the new pumps reduce energy consumption by as much as 30% compared to pumps supplied with a loose variable speed drive. Together with new more efficient pump hydraulics, the new 1 to 10hp pumps can save an additional 20% compared to competing integrated products with induction motors.

As Seen On: hpac.com February 2, 2021

FROM THE NEW ISSUE: As 2021 finally starts to find its footing, we look at the latest economic numbers and glean some informed wisdom from industry insiders.

In many ways, February feels like the start of 2021. Pandemic-ravaged 2020 was already the most disorienting and likely worst year in most of our lives when it mercifully ended. But then, as if competing, the new year debuted with a disturbing display of unprecedented political unrest, rattling both the nation's capital and our collective American psyche.

As Seen On: digitaledition.pmmag.com - March 2021

The Hydronics Industry Alliance released a report studying a VRF system and hydronic system installed in the same building. The report found the VRF system had higher energy consumption in three consecutive years of operation.

With a considerable volume of contradictory information in circulation regarding the application of different technologies for HVAC systems, this article seeks to explain some of the technical aspects of variable refrigerant flow (VRF) systems, and offer comparisons on the basis of cost and performance to more standard hydronic systems. While some of the material presented here are drawn from industry literature, the majority is drawn from peer-reviewed studies conducted by recognized industry professionals.