Floor Standing Gas Boiler

The Floor Standing Gas Boiler manufactured by Baedin Factory is made of SUS304 stainless steel for its core combustion and heat exchange chambers. It is resistant to high temperatures, smoke and gas corrosion, and scaling and aging, and can be used continuously and stably under high-load conditions throughout the day.

This series offers multiple power ratings to cover diverse heat load requirements – from small commercial premises to large industrial facilities. Users can select the most suitable model based on heating area, hot water demand, and actual operating conditions, ensuring precise matching and efficient operation.

Application

The equipment combustion chamber has extremely strong compatibility. It can be freely combined with conventional burners and low-nitrogen environmental-friendly burners, meeting the environmental emission standards and project configuration requirements of different regions. It is widely applicable to large-scale centralized heating and centralized hot water supply projects in schools, hotels, shopping malls, factories, hospitals, large communities, etc. It is a highly stable main equipment for commercial large-scale heating systems.

Product Features

1. Atmospheric pressure safety structure, no pressure-bearing risk

2. All stainless steel core cavity, durable and corrosion-resistant

3. Multi-loop heat exchange structure, higher thermal efficiency

4. Flexible burner adaptation, environmentally friendly and customizable

5. Commercial-grade continuous load capacity

Technical Parameter

Actual performance tests

1. Long-term continuous full-load stability test

Through hundreds of hours of uninterrupted full-load continuous operation tests, the heating output of the Floor Standing Gas Boiler remained stable without any fluctuations. The water temperature and water pressure remained in a balanced state. The stainless steel cavity did not undergo high-temperature deformation, did not have corrosion spots, or accumulate dirt and blockages. The thermal efficiency did not show significant decline over a long period of operation, meeting the requirements for commercial long-term operation.

2. Atmospheric pressure safety limit test

After frequent start-stop, alternating hot and cold conditions, and extreme conditions of closed water circulation, the equipment maintained a constant pressure state throughout, without sudden pressure increases, pipe expansion, or abnormal pressure relief issues. The entire operation was safe and controllable, with no any pressure-related safety hazards.

3. Complete combustion thermal efficiency test

Professional smoke gas detection results show that the equipment's first and second-stage staged combustion was sufficient, and the residual gas was extremely low. The multi-loop heat exchange structure effectively reduced the exhaust temperature, and the heat recovery utilization rate was high. It could maintain efficient heating under both high and low load conditions, with stable energy-saving effects.

4. Low nitrogen retrofit compatibility test

Testing under environmental protection conditions with low-nitrogen burners, the flame was uniform and stable, and the combustion was sufficient. The nitrogen oxide and other emission indicators met the standards. The equipment had good adaptability and no need to modify the main structure for the retrofit. The engineering adaptability was highly flexible.

5. High and low load adaptive test

Simulating seasonal temperature differences and daily peak-valley load variations, the Floor Standing Gas Boiler could adapt to full-house heating under high load and constant temperature standby under low load. The output adjustment was smooth, without sudden cooling or heating, and there were no power surges or sudden changes. It had strong adaptability to complex working conditions.

FAQ

Q1: What is the main difference between a non-pressure landing boiler and a normal pressure-bearing boiler?

This product has a non-pressure operation structure, eliminating the risk of overpressure from the root cause. It doesn't require complex pressure monitoring equipment and is simpler to operate and safer. While a pressure-bearing boiler operates under high pressure, it has strict requirements for installation, annual inspection, and operation, posing a higher safety risk. It is more suitable for special industrial scenarios.

Q2: What are the advantages of the stainless steel cavity compared to ordinary boilers?

Commercial boilers operate continuously for a long time, and are easily corroded and caked by smoke and water quality. The SUS304 stainless steel cavity is resistant to corrosion, high temperature, and不易结垢 or break， maintaining high thermal efficiency over a long period of use， with a low failure rate， and superior lifespan and cost performance compared to boilers made of ordinary materials.

Q3： Can this Floor Standing Gas Boiler meet the requirements for environmental protection and low-nitrogen transformation?

Yes. The combustion chamber of this equipment is highly versatile and can directly match various low-nitrogen burners without modifying the main unit structure. The upgrade is convenient， and it can quickly meet the commercial heating environmental emission standards of various regions， suitable for new and old project renovations.

Q4： What commercial and public scenarios is it mainly applicable to?

It is specially designed for large-scale centralized heating and is suitable for scenarios such as hotels， schools， hospitals， shopping malls， office buildings， factories， large residential communities， etc. It can simultaneously meet the needs of winter centralized heating and daily large-capacity hot water supply.

Q5： What is the energy-saving principle of the multi-loop heat exchange structure?

By extending the gas heat exchange path and multi-level stratified heat absorption， it fully recovers the waste heat of the exhaust gas， significantly reduces heat loss from exhaust gas， and improves gas utilization efficiency. Under long-term commercial continuous operation， the energy-saving effect is remarkable， effectively reducing operating gas costs.

Q6： Is the equipment maintenance complex in the future?

The overall structure of the equipment is simple and stable， without precise and easily damaged components. The stainless steel cavity has built-in anti-corrosion and anti-fouling characteristics. Daily maintenance only requires regular cleaning of the burner and flue impurities. The maintenance process is simple， the cost is low， and the downtime is short.

Q7： Can it operate continuously for 24 hours?

Yes. The equipment is strengthened for commercial all-day operation conditions， with excellent fatigue resistance and high-temperature tolerance. It operates stably and without attenuation under full-load long-term operation， fully meeting the year-round uninterrupted heating and hot water supply requirements of commercial venues.