Engineering industrial-grade thermal excellence with high-carbon steel structures for maximum heat dissipation and architectural durability.
Setting the global benchmark for high-capacity structural heating solutions.
◆ Our four column radiator series represents the pinnacle of metal structure manufacturing, utilizing ST14 low carbon soft steel. These units are engineered for high-rise buildings and complex closed hot water systems, providing unmatched strength and stability under pressures up to 1.0MPa.
◆ Technologically, the four column radiator offers superior Heat Dissipation Efficiency compared to slimmer models. Protected by the advanced TY 3318 anti-corrosion coating, our radiators ensure long-term operational stability in temperatures up to 95°C.
The convergence of metallurgy, fluid dynamics, and structural safety.
Utilizing high-grade low carbon steel for optimal ductility and resistance.
Four-column design maximizing surface area for accelerated heat transfer.
Multi-layered protection ensuring zero leakage and structural longevity.
Quantifiable data demonstrating the efficiency of four-column structural design.
Comprehensive material and operational parameters for industrial integration.
| Material / Component | Specification | Standard | Tolerance | Max Temp | Test Pressure |
|---|---|---|---|---|---|
| Vertical Tubes | Low Carbon Steel | 1.5mm - 2.8mm | ±0.05mm | 95℃ | 1.5MPa |
| Header Components | ST14 Soft Steel | 1.8mm - 2.8mm | ±0.1mm | 95℃ | 1.5MPa |
| Anti-Corrosion Layer | TY 3318 Coating | Industrial Grade | Full Coverage | 120℃ | N/A |
| Working Pressure | Closed System | ≤1.0MPa | Standard | 95℃ | 1.5MPa |
| Water Quality pH | Closed Loop | 7.0 - 12.0 | National Std | 95℃ | N/A |
| Joint Strength | Stamped Weld | High Ductility | No Cracking | 95℃ | 1.5MPa |
| Surface Finish | Industrial Powder | Smooth Mat/Gloss | Class A | 120℃ | N/A |
| Thermal Output | 4-Column Flux | High Efficiency | Optimized | 95℃ | N/A |
Proven performance across diverse industries.
Implementation of high-capacity four-column radiators to replace outdated 2-column systems in high-ceiling living areas, increasing thermal retention by 30%.
Large scale deployment of 4-column radiators across 50 administrative halls, focusing on rapid thermal response and uniform heating for public comfort.
Installation of reinforced 4-column radiators in a high-humidity environment, leveraging the TY 3318 coating to prevent systemic rust.
Balancing aesthetic elegance with structural power. The four-column design fits the vintage architectural style while delivering modern heating efficiency.
Tailored solutions for demanding environments.
Ideal for modern skyscrapers where strong pressure bearing capacity is critical for vertical plumbing safety.
Combining architectural aesthetics with high thermal output for premium guest room comfort.
Heavy-duty steel construction that resists impact and maintains stable heat in vast open spaces.
Standardized, reliable heating solutions that meet strict public safety and energy regulations.
Retrofitting heritage sites with visually compatible radiators that deliver modern thermal efficiency.
Providing steady, low-maintenance warmth for large office footprints with high occupant density.
Every unit undergoes a rigorous hydraulic test at 1.5 times the working pressure to guarantee zero-failure operation in high-load environments.
Strict adherence to ST14 low carbon steel standards ensures optimal balance between structural rigidity and thermal conductivity.
The TY 3318 coating is tested against accelerated salt spray and humidity to ensure a lifespan exceeding 25 years.
Compliance with international manufacturing standards for architectural metal structures.
Expert answers to common technical and commercial inquiries.
The 4-column structure significantly increases the total surface area for heat exchange. This allows for higher heat output in the same width, making it ideal for larger rooms or areas with higher thermal loss.
No, these are exclusively designed for closed hot water heating systems. Direct use with steam or industrial waste heat may compromise the structural integrity and void the warranty.
The TY 3318 is an advanced internal chemical barrier that creates a non-reactive layer between the steel and the heating water, specifically targeting oxidation in closed-loop systems.
We strongly recommend maintaining the system with full water protection during the off-season to prevent air pockets and internal oxidation.
Yes, they are specifically engineered for high-pressure environments common in high-rise buildings, with a test pressure of 1.5x the working pressure for maximum safety.
Our radiators are optimized for water with a pH value ranging from 7 to 12, complying with national standard water quality requirements for heating systems.
Secure your project with industry-leading metal structures and high-efficiency thermal output.
