Steel radiator

Product description:

Steel column radiators typically refer to column-type water heating systems made of cold-rolled low-carbon steel, with a structure consisting of several hollow columns connected together. They are generally manufactured using 1.5 to 2 mm thick steel plates through stamping and welding processes, and their height is commonly around 600 mm. These radiators dissipate heat quickly, have an attractive appearance, and a smooth, easy-to-clean surface, making them suitable for homes, villas, office buildings, or factories.

Features:

1. Large water capacity and excellent heat dissipation.
2. The inner cavity is carefully treated with high-quality anti-corrosion materials, providing excellent corrosion resistance and a long service life.
3. The exterior is finished with advanced electrostatic powder coating and drying processes, resulting in an elegant, stylish, and highly decorative appearance.

Advantages:

1. High Pressure Resistance:

Operating pressure is typically between 0.46 and 0.8 MPa, making it more resistant to high pressure than many other types of radiators, suitable for high-rise residential buildings or centralized heating systems.

2. High Heat Dissipation Efficiency:

It dissipates heat primarily through radiation and convection, with a moderate heating rate. Furthermore, the steel material has good heat storage capacity, allowing residual heat to dissipate even after the heating season ends, resulting in a more stable indoor temperature.

3. Attractive Appearance and Easy Maintenance:

The surface is usually powder-coated, available in various colors, smooth, and dust-free, making it easy to clean. No additional radiator cover is needed, as installing one can actually hinder heat dissipation.

4. Lightweight and Portable:

Compared to cast iron radiators, it uses less metal, is lighter, and easier to transport and install, taking up less space.

Common Specifications

1. Classification by Number of Columns:

Common types on the market include two-column, three-column, and four-column steel structures. Generally, the more columns, the larger the heat dissipation area. For example, a four-column steel structure is made of four parallel hollow columns welded together.

2. Consider Center Distance and Height:

The center distance refers to the distance between the inlet and outlet. Common distances are 300mm, 500mm, 600mm, and 900mm. The height is generally between 260mm and 1800mm. Measure the dimensions of your installation location when purchasing.

3. Matching the Heating System:

For centralized heating, pay attention to the system pressure and choose a system with matching pressure capacity. For individual heating, pay attention to water quality and choose a system with good internal anti-corrosion technology to prevent rust and leaks.

Application:

It is widely applicable to various heating systems such as centralized heating, geothermal hot springs, and independent heating.

Usage and Maintenance:

Full Water Maintenance: During the non-heating season, it is recommended to fill the radiator with water and seal it tightly. This will isolate it from air, extend its service life, and prevent internal oxidation and corrosion.

1. Pay Attention to Water Quality:

Steel radiators have certain requirements for water quality. The pH value is best neutral. If the water quality is too corrosive, you need to choose a product with an internal anti-corrosion coating, or consider other materials.

2. Regular Inspection:

Regularly check for leaks at the joints and for scratches or paint chips on the surface. If any problems are found, repair them promptly or contact the manufacturer. After all, with many welding points, corrosion is relatively easy to occur.