HVAC/R PRODUCTS & SYSTEMS
Your one-stop-shop for reliable HVAC/R solutions
Cooling Systems
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Carrier
Whether it’s Chillers and Air Handling Units for centralized cooling, Fan Coil Units or Heat…
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ALFA LAVAL
Alfa Laval’s heat transfer solutions are not only optimized for your application, they are even…
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Drake Refrigeration
At Drake Refrigeration, we strive to provide high quality, engineered cooling solutions to a variety…
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Flow Environmental Systems
Flow’s CO₂ Heat Pumps are the most efficient on the market, generate the hottest water…
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Hisense HVAC
Hisense HVAC has one of the largest VRF manufacturing footprints in the world offering 266k…
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Kelvion
Kelvion’s extensive portfolio of heat transfer solutions are the result of decades of research and…
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Korytko
Korytko Systems Limited (KSL) primarily focuses on the design and manufacture of Cooling Towers.KDI Series…
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M&M Carnot
M&M Carnot is the North American leader in industrial and commercial refrigeration design, manufacturing, service,…
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Panasonic
A subsidiary of Panasonic Corporation of North America, Panasonic Canada Inc. (PCI) was established in…
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Polar Air
Sonkor’s Polar Air line of Fan Coil Units are complete with energy efficient EC Motor…
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RefPlus
RefPlus is a leading Canadian manufacturer of custom commercial and industrial refrigeration equipment. At the…
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ThermoKey
Established in 1991, ThermoKey has been manufacturing heat exchangers of various types for over 30…
FAQS
cooling systems
What is the best heating system for energy efficiency in large commercial buildings?
High-efficiency condensing boilers and heat pumps offer the best balance of efficiency and performance.
How can I size a heating system accurately for my project?
A heat load calculation ensures correct sizing based on building envelope, ventilation needs, and occupancy.
What are the differences between hydronic and forced-air heating systems?
Hydronic systems use water for heat distribution, providing consistent warmth, while forced-air systems rely on ductwork.
What advancements in heating technology should I consider for my designs?
Modulating burners, low-NOx emissions technology, and smart heating controls enhance efficiency and compliance.
HEATING SYSTEMS
What is the best heating system for energy efficiency in large commercial buildings?
High-efficiency condensing boilers and heat pumps offer the best balance of efficiency and performance.
How can I size a heating system accurately for my project?
A heat load calculation ensures correct sizing based on building envelope, ventilation needs, and occupancy.
What are the differences between hydronic and forced-air heating systems?
Hydronic systems use water for heat distribution, providing consistent warmth, while forced-air systems rely on ductwork.
What advancements in heating technology should I consider for my designs?
Modulating burners, low-NOx emissions technology, and smart heating controls enhance efficiency and compliance.
Ventilation SYSTEMS
What is the best heating system for energy efficiency in large commercial buildings?
High-efficiency condensing boilers and heat pumps offer the best balance of efficiency and performance.
How can I size a heating system accurately for my project?
A heat load calculation ensures correct sizing based on building envelope, ventilation needs, and occupancy.
What are the differences between hydronic and forced-air heating systems?
Hydronic systems use water for heat distribution, providing consistent warmth, while forced-air systems rely on ductwork.
What advancements in heating technology should I consider for my designs?
Modulating burners, low-NOx emissions technology, and smart heating controls enhance efficiency and compliance.
Specialty solutions
What is the best heating system for energy efficiency in large commercial buildings?
High-efficiency condensing boilers and heat pumps offer the best balance of efficiency and performance.
How can I size a heating system accurately for my project?
A heat load calculation ensures correct sizing based on building envelope, ventilation needs, and occupancy.
What are the differences between hydronic and forced-air heating systems?
Hydronic systems use water for heat distribution, providing consistent warmth, while forced-air systems rely on ductwork.
What advancements in heating technology should I consider for my designs?
Modulating burners, low-NOx emissions technology, and smart heating controls enhance efficiency and compliance.
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