Choose infrared panels for visible, easy-to-install, targeted heating in specific zones, as they operate at a higher temperature. Opt for infrared heating film if you want an invisible, whole-room solution with a lower surface temperature, ideal for underfloor heating. Both are energy-efficient, but your choice depends on whether you prioritize focused heat or a seamless aesthetic.
When choosing between infrared panels and heating film, consider aesthetics, installation, and heat distribution. Panels are visible, easy to install, and provide intense, focused heat. Heating film is invisible, requires a more complex installation, and delivers gentle, even warmth across a large area. This guide breaks down the key differences to help you decide
As people look for efficient and eco-friendly heating, infrared panels and infrared heating film have become popular choices. Both are electric radiant heaters offering quick, targeted warmth while saving energy. While they share benefits, they differ in design, installation, and surface temperature. Here’s a guide to help you choose between them.
1. How Infrared Heating Works
Both panels and film use infrared technology to heat objects and people directly instead of the air. This process, similar to the warmth of sunlight, provides a cozy and natural heat. For more details, see our guide on infrared heating explained.
- Infrared Panels: These are solid electric heaters, usually mounted on walls or ceilings. They have a heating element encased in materials like glass or metal, emitting steady infrared rays when powered on.
- Infrared Heating Film: This is a thin, flexible material installed under floors or in ceilings. Its heating element is embedded within a thin substrate, radiating heat evenly across a large surface.
2. Surface Temperature Comparison
Surface temperature is a critical factor affecting heating effectiveness, safety, and installation.
- Infrared Panels: These panels reach a surface temperature of approximately 80°C to 120°C. This high temperature allows them to heat rooms quickly by emitting intense radiant heat. Due to the heat, they are best installed high on walls or ceilings to prevent accidental contact.
- Infrared Heating Film: This film operates at a lower surface temperature, typically around 35°C to 55°C. This gentle warmth is ideal for underfloor heating, as it provides even heat without becoming too hot to touch.
3. Installation and Aesthetics
The visual impact and installation process for panels and film are very different.
- Infrared Panels: Panels are visible once installed but come in various styles, including mirrored or artwork designs, to complement room decor. Installation is straightforward, typically requiring mounting and a connection to a power source.
- Infrared Heating Film: This film offers a completely hidden heating solution. It’s installed under floors or within ceilings, making it invisible. While installation is more complex and often requires professional help, the seamless look is perfect for a clutter-free aesthetic.
4. Best Applications and Uses
Each system is ideal for different environments.
- Infrared Panels: Best for targeted heating in specific rooms or zones. They are commonly used in living rooms, home offices, or bathrooms where focused heat is desired. Their portability also makes them a flexible choice.
- Infrared Heating Film: Designed for whole-room heating, providing even heat distribution across a large area. This makes it a great choice for primary heating, especially in new builds or renovations. Explore our underfloor heating film options.
5. Energy Efficiency and Control
Both options are energy-efficient, but they differ in control.
- Infrared Panels: Often controlled individually with thermostats, making it easy to manage temperatures in specific zones and optimize energy use.
- Infrared Heating Film: Typically connected to a thermostat, like the iHelios Zigbee Gateway, for multizone control. This provides consistent, efficient warmth across an entire room.
6. Maintenance and Longevity
Both heaters offer durability and low maintenance.
- Infrared Panels: Easy to access for cleaning or maintenance. If a panel needs replacement, it can be swapped out without disrupting the room.
- Infrared Heating Film: Installed under surfaces, making it less accessible. However, it is built for durability and often lasts for decades without needing maintenance.
Which Infrared Option Is Right for You?
- Choose Infrared Panels if… you want a visible, high-temperature solution that is easy to install and control for focused, on-demand heat.
- Opt for Infrared Heating Film if… you prefer a hidden, low-temperature system for uniform, whole-room warmth with an invisible setup.
Both infrared panels and heating film provide sustainable warmth. The best choice depends on your specific design, control, and heating needs. If you have more questions, contact now for expert advice
Frequently Asked Questions (FAQs)
Which is more energy-efficient, an infrared panel or heating film?
Both are highly energy-efficient because they use radiant heat. The efficiency in your home will depend on insulation and how you use the system. Heating film for a whole room may be more efficient for constant background heat, while a panel is better for heating a specific spot quickly.
Can I install infrared heating film myself?
While some experienced DIYers may be able to lay the film, all electrical connections must be made by a qualified electrician. Professional installation is highly recommended to ensure safety and optimal performance.
Are infrared panels safe to touch?
No. Infrared panels operate at high temperatures (80°C to 120°C) and can cause burns if touched. They should always be installed out of reach of children and pets.
Is infrared heating film a good option for a whole house?
Yes, infrared heating film is an excellent primary heating source for an entire house. It provides even, comfortable warmth and is completely invisible, freeing up wall space.
Can I use infrared heating film on walls?
Infrared heating film is primarily designed for installation under floors and in ceilings. While wall installation is technically possible, ceiling and floor installations provide better heat distribution for a whole room.