HighEfficiency Gas and Oil Fired Steam Boilers China Factory Suppliers
Our premium Gas and Oil Fired Steam Boilers are engineered for high-performance industrial heating, utilizing an advanced combustion process where natural gas or oil fuels the furnace to rapidly heat water. This continuous energy transfer produces high-pressure, stable steam essential for demanding manufacturing processes, ensuring your operations run with maximum reliability.
Designed with a focus on thermal efficiency and sustainability, these boilers integrate cutting-edge materials and aerodynamic flue designs. From the ultra-large steam separation chamber to aviation-grade insulation, every component is optimized to reduce fuel consumption, minimize heat loss, and deliver superior steam quality for diverse industrial applications.
Detailed Parameters
| Steam Capacity Range | 1 t/h to 65 t/h | Working Pressure | 0.7 MPa to 1.6 MPa |
|---|---|---|---|
| Steam Temperature | 170.4℃ to 204.3℃ | Feed Water Temp | 20℃ to 105℃ |
| Thermal Efficiency | Up to 95% (Max 94.5%) | Exhaust Gas Temp | 143℃ to 161.4℃ |
| Fuel Compatibility | Natural Gas / Fuel Oil | Insulation Material | Aerogel & Aluminum Silicate |
| Boiler Type | WNS Series (Pressurized) | Steam Quality | Water content |
Key Advantages
Ultra-Pure Steam
Featuring an ultra-large boiler design that provides ample space for steam dewatering, reducing water content to just 0.3%.
High Thermal Efficiency
Unique three-way threaded flue pipe design and integrated condensers push thermal efficiency up to a staggering 95%.
Aviation-Grade Insulation
Utilizes Aerogel and waterproof aluminum silicate boards, offering far superior and longer-lasting heat retention than rock wool.
Energy Saving Design
Equipped with high-performance energy savers to recapture waste heat, significantly lowering operational fuel costs.
Optimized Heat Transfer
The precision-engineered flue system ensures the heat transfer reaches its optimal state for faster steam generation.
Industrial Scalability
Available in a wide range of capacities from 1t/h to 65t/h to meet any plant's specific production scale.
Product Gallery
Management Platforms
Fuel Management
Precise control of gas and oil flow to optimize combustion efficiency and reduce waste.
Pressure Regulation
Automated monitoring systems to maintain stable steam pressure according to your MPa requirements.
Safety Monitoring
Real-time alerts for temperature and pressure deviations to ensure maximum operational safety.
Emission Control
Advanced exhaust gas monitoring to ensure compliance with environmental emission standards.
Thermal Tracking
Digital tracking of thermal efficiency and heat loss to optimize long-term energy usage.
Maintenance Scheduling
Smart scheduling for insulation checks and flue cleaning to prevent efficiency drops.
Investment Return Comparison
| Performance Metric | Standard Boiler | Our High-Efficiency Boiler |
|---|---|---|
| Thermal Efficiency | ~80-85% | Up to 95% |
| Fuel Consumption | High/Standard | Significantly Reduced |
| Insulation Lifespan | Short (Rock Wool) | Long-term (Aerogel) |
| Steam Quality | Moderate | Ultra-High (0.3% Water) |
| Operational Cost | High Maintenance | Low Life-cycle Cost |
Frequently Asked Questions
The primary difference is the fuel source. Gas-fired boilers use natural gas or LPG, typically offering cleaner emissions, while oil-fired boilers use diesel or heavy fuel oil, which can be more accessible in certain regions.
Aerogel provides significantly lower thermal conductivity than traditional rock wool, meaning less heat escapes the boiler shell, maintaining higher internal temperatures and reducing fuel needs.
It refers to the separation of liquid water droplets from the steam. Our ultra-large design ensures only dry, high-quality steam enters your pipes, preventing water hammer and equipment corrosion.
Yes, with capacities ranging from 1 to 65 t/h and adjustable pressures up to 1.6 MPa, our boilers are designed to integrate seamlessly into most industrial steam distribution systems.
This is achieved through a combination of the three-way threaded flue design for maximum heat transfer and the addition of a condenser and energy saver to recapture waste heat from exhaust gases.
Regular maintenance includes water quality testing to prevent scaling, periodic burner calibration, and inspection of the Aerogel insulation to ensure maximum energy efficiency.
Ready to Optimize Your Industrial Steam Production?
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