Armstrong In The Media

As seen on impeller.net - November 13, 2014

On 16th October 2014 Armstrong Fluid Technology celebrated a landmark in its history with the official opening of its new UK HQ in Manchester. The Past Present Future event was organised to mark two important anniversaries, the move to a new factory, and the announcement of key drivers for the company’s future.

80th birthday for Armstrong Fluid Technology
In 2014 Armstrong Fluid Technology celebrates 80 years in business. Established in Canada in 1934, it remains privately-owned by the Armstrong family. Today it employs more than 1,000 employees worldwide, and operates seven manufacturing facilities in three continents. Its HQ is in Toronto, Canada, and it has offices in Montréal and Quebec City, Buffalo (North America), Lyon, Bangalore, Beijing and Shanghai, as well as London, Manchester and Birmingham.

As seen in Pumps & Systems magazine - November 2013

Download Pumps & Systems Magazine - Nov-Dec 2014

Contemporary pump engineering principles help achieve optimum efficiencies while cooling a city using renewable energy sources.

By Brent Ross, Armstrong Fluid Technology

As seen on impeller.net - October 29, 2014

Armstrong Fluid Technology has launched a new generation of its Tenantherm space heating and hot water solution for apartment blocks and social housing schemes. Building on its popularity with landlords, property developers and contractors, the new Tenantherm unit offers all the benefits of its predecessor, but has a lower up-front cost and greater flexibility. It is also suitable for integration with a wide range of renewable technologies.

As seen on boilerparts.boilersupplies.com - October 28, 2014

When it comes to choosing the right products for your industrial projects, you should always consider the manufacturer before making a decision. It’s important to know who is manufacturing the specific component you need, but a name really isn’t enough—take the time to learn more about that company.

A company’s values and expertise in a particular industry can often speak volumes for the products it creates. When manufacturers hold themselves to higher standards than others, it’s unmistakable; you immediately know that company will provide you with exceptional goods and customer service.

As seen on supplyht.com - September 17, 2014

Armstrong Fluid Technology’s Design Envelope Symposium recently made a stop in the Chicago suburb of Rosemont, Ill. The suburban Chicago event was the sixth of 10 the company is slated to host around the United States this year.

“We felt we needed to try a different approach in getting our message and educational programs in front of engineers, building owners and contractors and explain to them in the clearest of terms what our Design Envelope Technology is all about,” Armstrong’s Mike O’Neil told Supply House Times in a video interview available at www.supplyht.com.

As seen on empoweringpumps.com - September 2, 2014

Faced with rising operating costs, design engineers, building owners and facility managers are searching for ways to improve energy efficiency in HVAC systems. Responding to this market need, Armstrong Fluid Technology has been conducting Design Envelope Symposium events across North America to help the HVAC community understand the energy-saving opportunities available. The symposiums also complement the service training and technical training that Armstrong provides on a regular basis. To date, Design Envelope Symposiums have been held in Miami, Dallas, San Francisco, Los Angeles, Saratoga Springs, NY and Chicago.

As seen on pmengineer.com - August 2014

As seen on mechanical-hub.com - June 13, 2014

Armstrong Fluid Technology Reveals How To Achieve Significant Facility Energy Savings

WHAT: Webinar On How Parallel Sensorless Pump Controls Optimize Energy Savings

WHY: To explain how the innovative Design Envelope technology helps designers, contractors and building owners reduce installation costs and save energy

As seen on empoweringpumps.com - June 20, 2013

Pumping systems absorb in the neighbourhood of 20% of all motor driven electrical energy usage in the United States. However, established efficiency incentive programs only contribute a small proportion of incentive dollars to save energy in pumping systems. The programs today are mostly centred around the use of high efficiency motors, which only result in small energy savings. The addition of variable speed often saves far less than envisioned. The programs centre on component efficiency as opposed to a complete system approach which has the opportunity to save substantially more energy. Custom incentive programs for pumping energy savings are cumbersome, under resourced, and their usage is small.