by | Nov 2, 2023 | infrared

Are you tired of the ever-rising energy bills or simply looking for more sustainable and cost-effective heating options? Look no further! Welcome to the future of efficient, eco-friendly heating with Infrared Heating Panels. In this comprehensive guide, we will explore how these ingenious devices work, their inherent benefits and step-by-step installation process. So, get ready to revolutionise your indoor climate while saving your wallet and planet!

The Ultimate Guide to Infrared Heating Panels on our website provides a wealth of information about these innovative heating solutions. It covers topics such as how infrared heating panels work, their energy efficiency, installation considerations, different types of panels available, and the potential savings they can offer. Additionally, you will find insights on their safety, maintenance, and practical applications.

Whether you’re a homeowner or a business owner, this guide will equip you with the knowledge needed to make informed decisions about incorporating energy-efficient infrared heating panels into your space.


Table of Contents

Understanding Infrared Heating Panels
Installation Guide for Efficient Heating Solutions
Navigating the Selection of Your Ideal Heating Panel
Safety Measures & Precautions for Infrared Heating Panels

Understanding Infrared Heating Panels

Infrared heating panels have gained significant popularity as an efficient and effective heating solution for residential and commercial spaces. But what exactly are infrared heating panels, and how do they work?

How Do Infrared Heaters Work

Infrared heating panels operate based on the principle of radiant heat transfer. Unlike traditional convection heaters that warm the air in a room, infrared panels emit infrared radiation that directly heats objects and individuals in their path. This means that the heat produced is not wasted on warming the entire volume of air in a room but rather focuses on providing warmth to the areas where it’s needed most.

illustration demonstrating the differences between radiant heating and convection heating

You can read more on this in our how does infrared heating work article.

The technology behind infrared heating panels involves utilising a heating element, often made from carbon fibres or ceramic materials, that generates heat when electricity passes through it. These elements emit infrared rays within a specific wavelength range, typically far-infrared (FIR), which is known for its gentle and deep-penetrating properties.

One notable advantage of infrared heating panels is their ability to create an even distribution of heat throughout a space without causing temperature variations or drafts.

The emitted rays don’t rely on air circulation to transport heat but directly warm up solid objects in their proximity. This characteristic makes them particularly suitable for rooms with high ceilings or areas where maintaining consistent temperatures is essential, such as offices, gyms, or bathrooms.

Moreover, because they don’t rely heavily on heating the air, infrared panels can help reduce humidity levels in a room. This can be beneficial in damp or poorly ventilated spaces where moisture accumulation may cause issues like mould growth or discomfort.

Now that we have a solid understanding of infrared heating panels, let’s explore the different types available and the features that distinguish them.

Versatile Options & Advanced Features for Efficient Heating Solutions

Infrared heating panels come in various types with distinct features to cater to different needs and requirements. These innovative heating solutions offer a diverse range of applications, each tailored to specific settings – these options ensure efficient and customizable warmth. They come in three category types that include:

1. High Power Industrial Infrared Heaters

These units operate at surface temperatures exceeding 150°C, making them well-suited for expansive areas or environments with elevated heating requirements. With their higher wattage outputs, these panels emit substantial heat, rendering them suitable for commercial applications such as warehouses, showrooms, or factories, where ensuring comfortable working conditions is essential.

2. Medium Power Residential Heaters

These panels run between 90-110°C surface temperature and are more suitable for residential applications or smaller spaces with single targeted warmth.

3. Embedded Infrared Panel Systems

These units run at 50-60 °C surface temp ideal for medium to large spaces where even heat is required and an invisible heat source is requested.

Additionally, modern infrared heating panels often come with advanced features that enhance their functionality and usability. These features can include adjustable thermostats, programmable timers, remote controls, and even smart home compatibility. Picking a panel with the right combination of features ensures convenience while maximising energy efficiency.

Efficiency and Cost Savings

When it comes to home heating, efficiency and cost savings are always top priorities. Infrared heating panels excel in both these aspects, making them a popular choice among homeowners. We’ve covered eco friendly heaters and their efficient functionality in more detail, and this is especially true when complimented with solar technology. We recommend giving the article a read!

This method of heat transfer is not only efficient but also allows for faster heating times. As soon as you switch on an infrared heating panel, it starts emitting heat instantly. There’s no need to wait for the system to warm up like with conventional heaters.

Another advantage of infrared panels is their ability to store heat longer in surfaces. Because they emit heat directly onto objects, which then radiate it back into the room, the warmth lingers even after turning off the heater. This can contribute to energy savings as you won’t need to keep the heater running constantly to maintain a comfortable temperature.

In addition to their efficiency, infrared heating panels offer significant cost savings in the long run. Moreover, these panels require minimal maintenance, further contributing to cost savings over time. They don’t have any moving parts that might wear out or require regular servicing. Once installed, you can enjoy their benefits worry-free.

Now that we’ve covered the efficiency and cost savings associated with infrared heating panels, let’s move on to the installation guide.

In 2019 only 33,399 UK homes had infrared heaters installed (that’s only 0.12% of the country). However they have since gained popularity and are predicted to gain even more popularity with the impending government’s gas boiler ban.

Installation Guide for Efficient Heating Solutions

Installing infrared heating panels is relatively easy and straightforward. Whether you choose wall or ceiling-mounted IR panels, the process is quite similar.

Before beginning the installation, it’s essential to consider the size of the room and select panels that provide adequate coverage. Larger rooms may require multiple panels for efficient heating.

To begin, we recommend infrared heating installers to tackle the job to ensure the panels are securely fixed and all electrical components are fitted properly.

However, we will talk you through the general outline of the installation process.

The positions of the brackets that hold the panels for higher and medium power units are marked on the wall or ceiling. It’s advisable to leave a distance of at least ¾ inch (2 cm) from any adjacent walls for optimal heat distribution.

Once the brackets are in place, the panels are carefully attached to them, while making sure they are securely fastened to avoid any potential accidents or damage.

Whereas for embedded radiant panel systems, the process is a little different. This is the process for PowerBoard™ ceiling panels:

Step 1: Start by positioning the first PowerBoard-S, beginning at the corner of the room closest to the windowed wall. Place it 600 mm away from the wall’s end.

Step 2: Place the PowerBoard-S with its long edge perpendicular to the joists. Ensure that the power cable extends upwards toward the ceiling.for guidance.

Step 3: Align the end of the PowerBoard-S with the centerline of the joist to facilitate the installation of the adjacent plasterboard.

Step 4: Use 38mm plasterboard screws to secure the board to the joists. These screws should be inserted into the predrilled holes on the PowerBoard-S. The fastening holes are spaced at 400mm intervals to match the joist spacings.

Step 5: Exercise caution when tightening the screws to avoid creating depressions in the board larger than necessary. Stop tightening when the screw head is flush with the board surface or slightly below.

Installation process of PowerBoard infrared heater designed by LaminaHeat

Lamina heat installing PowerBoard™️ panels flush to ceiling

Zonal control over your heating system can be achieved by wiring each panel to its own thermostat. This allows independent control of individual heaters in different rooms for energy-saving purposes.

If you decide to take on the job yourself, remember to follow manufacturer instructions and any local building codes during installation. But as previously mentioned, If you’re unsure about any aspect of the process, it’s always recommended to consult a professional electrician and/or installers.

Strategic Placement for Optimal Heat Distribution

Strategically positioning infrared heating panels is essential for achieving the most efficient heat distribution in a room. Given the diverse characteristics of various rooms, including their shape & furniture content, and the varying comfort preferences of individuals, capitalising on thoughtful placement becomes paramount for optimising heat distribution.

When determining the placement of your infrared heating panels, consider the following factors:

1. Ceiling height: Infrared heaters work best when mounted at an appropriate height. For higher ceilings, it’s advisable to install multiple panels or choose models with higher wattage to ensure effective heat radiation towards the lower part of the room. As a general rule, don’t install infrared ceiling heaters (medium and embedded systems) in rooms with ceilings exceeding 3.5m

2. Obstacles and furniture: Identify any obstructions or furniture that could hinder the direct line of sight between the heater and desired heated surfaces. These obstacles can absorb or block the infrared rays, reducing their effectiveness. Plan your panel placements accordingly, ensuring unobstructed paths for maximum heat.

3. Room layout: Assess the layout of your room to determine where people spend the most time or where additional warmth may be required. Consider installing panels in areas such as seating areas, workstations, or dining spaces for targeted heat delivery.

4. Zonal control: If possible, consider implementing zonal control by installing multiple heaters in different rooms or zones. This allows independent control of individual heaters, enabling you to adjust temperatures based on specific requirements and occupancy levels while maximising energy savings.

Remember that each room may have different requirements when it comes to strategic panel placement. Take into account factors such as room size, usage patterns, and personal heat preferences to ensure an even and comfortable distribution of heat throughout your living space.

Now that we have covered the importance of strategic placement for optimal heat distribution, let’s shift our focus to choosing the right infrared heating panel.

When selecting an infrared heating panel, several factors should be considered to ensure you choose the most suitable one for your specific needs. These factors include room size, power requirements, design options, installation flexibility, and additional features.

1. Room size: As already mentioned, the size of your room plays a significant role in determining the appropriate wattage or power output needed from your infrared heating panel. Larger rooms will require higher wattage panels to efficiently distribute heat across the space.

2. Power requirements: Consider whether your existing electrical system can support the power demands of the infrared heating panels you are considering. It’s important to consult with a qualified electrician and installer to ensure compatibility and avoid overloading circuits.

3. Design options: Infrared heating panels come in various designs and finishes, allowing you to choose one that complements your interior decor. Whether you prefer a sleek and modern panel or one that mimics artwork on your walls, there are options available to suit your aesthetic preferences.

4. Installation flexibilty: Evaluate installation options for various panel types. Some can be wall or ceiling-mounted, some are freestanding, while others are designed for seamless integration into walls, ceilings, or floors. LaminaHeat offers two flexible panel types. PowerBoard™ is dedicated to ceiling heating, easily integrated and connected with a plug-and-play cable system. While ComfortScrim™ is a low-voltage, 0.5mm thick film adherable to walls, ceilings, or underneath floating floors, resistant to perforation.

5. Additional features: Manufacturers may offer additional features such as built-in thermostats, remote controls, timers, or smart home compatibility. These features can enhance convenience and control over your heating system.

 By carefully considering these factors and selecting a reputable supplier, you can choose an infrared heating panel that meets your specific requirements and provides efficient and comfortable warmth for years to come.

Safety Measures and Precautions for Infrared Heating Panels

While infrared heating panels are a safe heating option, it is essential to adhere to proper safety measures and precautions to prevent any potential accidents or hazards… the same applies to any heating system.

Firstly, ensure that the panels are installed by a qualified professional. While DIY installations might be tempting, hiring an expert ensures that the panels are correctly mounted, electrical connections are secure, and all safety standards are met. Improper installation can lead to electrical malfunctions.

Secondly, maintain a safe distance between the heating panels and other objects or furniture in your space. It is generally recommended to maintain a distance of at least 30 centimetres (12 inches) between the panels and any materials or objects. This precaution prevents the risk of overheating nearby objects.

Lastly, it is crucial to be aware of the specific safety guidelines and precautions provided by the manufacturer of your chosen infrared heating panel. Different models may have unique instructions or requirements for safe operation, so familiarise yourself with the user manual to ensure proper usage and maintenance.

Q1. What is the average lifespan of an infrared heating panel and are there any maintenance requirements?

The average lifespan of an infrared heating panel is around 20 to 25 years. These panels are known for their durability and efficiency, requiring very little maintenance throughout their lifespan. Unlike traditional heating systems that often need regular servicing and replacement of components, infrared heating panels do not have any moving parts, reducing the chances of mechanical failures. Additionally, the absence of air circulation in these panels minimises the accumulation of dust and allergens, further reducing the need for cleaning or maintenance.

Q2. Are there any specific installation requirements or considerations for infrared heating panels?

Yes, there are specific installation requirements for infrared heating panels. Firstly, they should be installed at a height of 6-8 feet above the floor for optimal performance. Secondly, it is crucial to follow manufacturer guidelines and have a professional electrician install the panels to ensure safety and effectiveness.

Q3. Can infrared heating panels be used in both residential and commercial settings?

Yes, infrared heating panels can be used in both residential and commercial settings. In residential settings, they are ideal for heating individual rooms or even the whole house efficiently and with lower energy costs compared to traditional heating systems. In commercial settings, infrared panels can provide targeted heating, reducing overall energy consumption and allowing for zone heating based on occupancy.