| Model | GB22 | |||||
| height mm | 300 | 400 | 500 | 600 | 900 | |
| length mm | working condition | Heat Dissipating Capacity | ||||
| 1000 | ΔT=44.5℃ (W) | 882 | 1115 | 1331 | 1534 | 2008 |
| ΔT=64.5℃ (W) | 1386 | 1738 | 2083 | 2421 | 3398 | |
| Model | GB33 | |||||
| height mm | 300 | 400 | 500 | 600 | 900 | |
| length mm | working condition | Heat Dissipating Capacity | ||||
| 1000 | ΔT=44.5℃ (W) | 1270 | 1600 | 1920 | 2280 | 2985 |
| ΔT=64.5℃ (W) | 2000 | 2500 | 3000 | 3600 | 5050 | |
What Are The Different Types Of Panel Radiators?
Panel radiators are one of the most popular heating solutions used in modern homes and commercial buildings due to their efficient heat output, compact design, and easy installation. They are available in several different types, mainly classified according to the number of panels and convection fins inside the radiator. Each type offers different heating capacities to suit various room sizes and heating requirements.
The most common type is the single panel radiator, often referred to as Type 11. It features one heating panel and one set of convection fins, making it suitable for smaller rooms or spaces with moderate heating needs. Type 10 radiators are similar but do not include convection fins, offering a slimmer profile and easier cleaning.
Double panel radiators, such as Type 21 and Type 22, are designed for higher heat output. Type 21 includes two panels with one layer of convection fins, while Type 22 has two panels and two layers of fins for improved heating efficiency. These radiators are widely used in living rooms, bedrooms, and offices where stronger heating performance is required.
For larger spaces, triple panel radiators like Type 33 provide maximum heat output. They contain three panels and three layers of convection fins, making them ideal for commercial buildings or poorly insulated areas.
Panel radiators are also available in horizontal and vertical designs, offering flexible installation options and modern aesthetics. With various sizes, styles, and heating capacities available, panel radiators provide an efficient and practical heating solution for almost any interior environment.
What Is The Difference Between A Type 1 And Type 2 Radiator?
The main difference between a Type 1 radiator and a Type 2 radiator lies in their internal construction, heat output, and heating efficiency. Both are popular types of panel radiators used in residential and commercial heating systems, but they are designed for different heating requirements and room sizes.
A Type 1 radiator, often referred to as a single panel radiator, typically consists of one heating panel with one layer of convection fins attached to the back of the panel. This design provides moderate heat output and is suitable for smaller rooms, hallways, bathrooms, or spaces with lower heating demands. Because of its slim profile, a Type 1 radiator takes up less wall space and is easier to install and clean.
A Type 2 radiator, also known as a double panel radiator, features two heating panels and usually includes one or two layers of convection fins between the panels. This construction significantly increases the surface area available for heat transfer, allowing the radiator to produce much higher heat output compared to a Type 1 model. Type 2 radiators are ideal for larger rooms, living areas, offices, or spaces that require faster and more powerful heating performance.
In addition to greater heating efficiency, Type 2 radiators can maintain comfortable indoor temperatures more effectively during colder weather. However, they are generally thicker and slightly heavier than Type 1 radiators.
Choosing between a Type 1 and Type 2 radiator depends on room size, insulation quality, heating requirements, and available installation space. Both types offer reliable performance, energy efficiency, and modern design for a wide range of heating applications.
Are Column Or Panel Radiators Better?
Column radiators are known for their classic design and strong heat retention. They are made up of multiple vertical columns, usually constructed from steel or cast iron. One of their key strengths is thermal mass: once heated, they stay warm for a long time and continue releasing heat even after the heating system is turned off. This makes them particularly effective in older buildings, period homes, or spaces where steady, long-lasting warmth is preferred. Column radiators also tend to perform well in low-pressure or traditional heating systems. However, they can take longer to heat up and may require more space on the wall or floor depending on the model.
Panel radiators, on the other hand, are designed for modern efficiency. They heat up quickly and provide fast, responsive temperature control, making them ideal for energy-conscious households and contemporary buildings. Their slim, flat design allows them to fit neatly into tight spaces, and they are widely used in apartments, offices, and new-build homes. Panel radiators are generally more lightweight and easier to install compared to column radiators. However, they do not retain heat for as long once the system is switched off.
In terms of efficiency, panel radiators are usually better for quick heating and lower energy consumption in well-insulated spaces. Column radiators are better for long-lasting heat and aesthetic appeal in traditional interiors.
Ultimately, neither is universally better. The best choice depends on whether you prioritize fast response and efficiency (panel radiators) or sustained heat and classic design (column radiators).









