Steel TwoColumn Cylinder Radiator China Suppliers and Factory
The Steel Two-Column Cylinder Radiator is a premium heating solution engineered for maximum efficiency and durability. Combining a sleek, minimalist profile with high-grade low carbon steel, this radiator is specifically designed for closed hot water heating systems in both residential and commercial environments. Its dual-column architecture provides an optimal balance between compact installation and powerful thermal output, ensuring consistent indoor warmth.
Built to withstand rigorous operational demands, our radiators feature advanced TY 3318 anti-corrosion coatings and precision-stamped header components. Whether you are upgrading a modern apartment or installing heating in a high-rise commercial building, these radiators deliver reliable performance, energy efficiency, and a sophisticated aesthetic that blends seamlessly with contemporary interior design.
Detailed Parameters
| Vertical Tube Material | High-grade Low Carbon Steel | Tube Wall Thickness | 1.5mm to 2.8mm |
|---|---|---|---|
| Header Plate Material | ST14 Low Carbon Soft Steel | Header Thickness | 1.8mm to 2.8mm |
| Anti-Corrosion Coating | Advanced TY 3318 Coating | Working Pressure | ≤ 1.0 MPa |
| Test Pressure | 1.5x Working Pressure | Max Operating Temp | Up to 95°C |
| Water Quality (pH) | 7 to 12 (National Standard) | System Type | Closed Hot Water Systems |
Key Advantages
Superior Durability
Utilizing ST14 soft steel and TY 3318 coating to prevent oxidation and corrosion for a long service life.
Rapid Thermal Response
The two-column design optimizes water volume for faster heating and quicker response to thermostat changes.
High Heat Efficiency
Engineered for even heat distribution and stable thermal output to maintain consistent indoor comfort.
Space-Saving Profile
A slim, compact structure ideal for hallways, bathrooms, and minimalist modern interior designs.
Elegant Aesthetics
Featuring round tubes and clean lines, available in various finishes to match any home decor.
Safe Engineering
Strictly tested at 1.5x working pressure to ensure maximum safety in high-rise and commercial buildings.
Product Gallery
Management Platforms
Material Sourcing
Strict procurement of low carbon steel and ST14 plates to ensure structural integrity.
Precision Welding
Advanced laser-welding technology ensures leak-proof joints and high pressure resistance.
Quality Control
Every unit is pressure tested at 1.5 times the working pressure for absolute safety.
Coating Process
Automated application of TY 3318 anti-corrosion layers for maximum durability.
Installation Support
Comprehensive guidelines for professional placement and system integration.
After-Sales Service
Fast-response system and dual quality assurance for total peace of mind.
Investment Return Comparison
| Feature | 2-Column Radiator | 3-Column Radiator |
|---|---|---|
| Ideal Space | Small/Medium Rooms | Large/Open Areas |
| Heat Output | Moderate & Efficient | High & Long-lasting |
| Depth/Profile | Slim & Minimalist | Thicker & Projecting |
| Heat-up Speed | Fast Response | Moderate Response |
| Application | Bathrooms, Bedrooms | Living Rooms, Offices |
Frequently Asked Questions
A 2-column radiator is slimmer and heats up faster, making it ideal for small rooms or narrow spaces. A 3-column radiator has more surface area and water capacity, providing higher heat output for larger or poorly insulated rooms.
No, these are exclusively designed for closed hot water heating systems. They should not be used directly with steam, geothermal heat, or industrial waste heat without a proper heat exchanger.
To extend the service life, it is recommended to maintain the system with full water protection during the non-heating season. In freezing conditions, the system should be drained to prevent damage.
Uneven heating is typically caused by trapped air within the system. This can be easily fixed by bleeding the radiator to remove the air pockets.
ST14 low carbon soft steel provides outstanding strength and ductility, ensuring that header components do not crack during the forming process, which enhances overall corrosion resistance.
Non-oxygen-barrier plastic pipes are not suitable for these systems. We recommend using standard-compliant pipes to ensure system longevity and performance.
