1. Introduction
Infrared heat is transforming how we warm spaces from patios to commercial buildings to industrial facilities. This article explores how infrared heat works, where it is used, and why it is a smart choice for modern heating needs.
2. What Is Infrared Heat?
Infrared heat warms objects and people directly, just like sun. Instead of heating the air, it transfers energy through invisible infrared waves to people and objects, creating efficient, targeted warmth.
Typical heating systems involve a gas-fired flame enclosed within a metal tube, which heats up and emits infrared energy. This energy is then reflected downward by reflectors and absorbed by objects like floors, equipment, and people.
3. Here are everyday examples of infrared heat in action:
· The Sun: Sunlight emits a wide range of energy and a substantial portion of it falls on the infrared spectrum. This infrared energy is what creates the sensation of warmth when you are outside on a sunny day, even if the air temperature is cool.
· Infrared Heaters: Infrared heaters are devices designed to directly warm objects and people in their vicinity, rather than heating the surrounding air. Infrared heaters provide consistent and targeted warmth.
· Heat Lamps: Bathroom heat lamps and those used in restaurants emit infrared energy to keep food warm.
4. Common Applications of Our Infrared Heat
Infrared heat is versatile and effective across many environments. Common applications include:
· Commercial:
.1. Outdoor Patios and Dining Areas: Extending seasonal use with heaters that keep you warm on a chilly evening while dining outside.
.2. Sports Facilities: Keeps spectators and athletes warm without disrupting the environment with noise or airflow.
· Industrial:
.1. Aircraft Hangars and Industrial Facilities: Effective in large, draft-prone buildings where maintaining air temperature is challenging.
.2. Large Warehouses and Garages: Ideal for high-ceiling environments where traditional heating is inefficient.
· Agricultural:
1. Agricultural Buildings (Barns, Greenhouses): Helps maintain comfortable conditions for livestock or plant growth. Infrared systems do not rely on air circulation, they do not stir up dust, dander, or pathogens, which is especially important in enclosed animal housing.
5. Benefits of Infrared Heat
Gas-fired, low-intensity infrared heat offers several key advantages:
· Energy Efficiency: Low-intensity infrared heaters warm people and objects directly, reducing heat loss and energy waste. This targeted heating approach is especially effective in large or open spaces.
· Improved Air Quality: Since infrared heat does not rely on air circulation, it minimizes the movement of dust, allergens, and other airborne particles promoting a cleaner, healthier environment.
· Comfort: Comfortable and consistent warmth without the drafts or noise associated with forced-air systems.
· Zoned Heating Capability: Infrared systems can be configured to heat specific zones or areas, allowing for greater control and reduced energy usage in unoccupied spaces.
· Durability and Low Maintenance: Low-intensity infrared heaters are built for long-term use with minimal maintenance, making them a cost-effective solution over time.
· Versatility: Suitable for a wide range of applications from outdoor patios and loading docks to warehouses and sports arenas, these systems adapt well to different environments and layouts.
Want to learn how infrared heat can improve comfort and efficiency in your space? Contact Roberts-Gordon to explore tailored solutions.