INDUSTRIAL SPACE HEATING, VENTILATING & MAKE-UP AIR

When the Cost of Energy Matters…go with Genuine Cambridge

Save up to 70% on combined gas and electric utility costs
with Cambridge direct gas-fired heaters

What we do

Cambridge is a manufacturing and engineering company with over 48 years experience in direct gas-fired space heating and make-up air applications. Energy efficient Cambridge heaters are designed to lower operating costs, reduce carbon emissions and improve indoor air quality for a wide variety of commercial and industrial facilities.

Thousands of companies have used CSA certified Cambridge equipment to heat over one billion square feet in recent years. Sales, installation and technical support throughout the U.S. and Canada is provided by our experienced network of factory trained sales representatives, service technicians and mechanical contractors.

The Buildings We Heat | Why We Are Different | Yes We Can Prove It

THE BUILDINGS WE HEAT

Building Size: - 5000 to over 3,000,000 sq. ft. - Ceiling heights to 100 ft. Ventilation: - With or without powered exhaust Projects: - New Construction - Plant Expansion - Rehab - HVAC & Energy Saving Retrofits - LEED/Green Building Projects

WHY WE ARE DIFFERENT

Cambridge technology provides superior comfort levels and improved indoor air quality with the least amount of energy usage. It has proven to be the most cost effective and reliable way to heat large industrial buildings.

Cambridge was the first to:

• Pioneer the concept of energy efficient direct gas-fired air heaters for industrial space heating.
• Be certified by CSA to the new ANSI Safety Standard for use in Canada.

Only Cambridge can offer:

• S-Series, high efficiency, Blow-Thru® Space Heater technology. There is simply nothing else like it on the market today.
• Proprietary stainless steel gas burner designs manufactured by Cambridge that enable our heaters to outperform the competition and deliver the most Btu’s-per-cfm
• The industry’s highest certified temperature rise/discharge temperature rating of 160 °F. This crucial maximum rating results in smaller but more powerful heaters. This translates into lower horsepower motors, less required outside air to heat a building and lower energy costs.

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