Electric Boiler
Fulton manufactures a complete line of electric steam and hot water boilers up to 150 PSI for both heating and process applications. Engineered with Fulton’s signature rugged design, these electric boilers deliver nearly 100% efficiency with zero combustion emissions.
ATE’s electric boiler range includes the FBW (Hot Water), FBL (Steam) and FTN (Thermal Fluid) models, ideal solutions for facilities where gas or oil flues are impractical. These units combine 99% efficiency with silent operation and a compact footprint, making them perfect for specialized industrial processes requiring clean, high-precision heating.
Frequently Asked Questions (FAQs)
Is the FBL electric steam boiler suitable for sterilization?
Yes, the FBL series is frequently used in hospitals and laboratories for high-purity sterilization. Because there is no combustion, there is no risk of flue gas contamination, ensuring the steam produced is clean and consistent, which is critical for maintaining sterile environments and meeting medical-grade processing standards.
How does the FTN thermal fluid heater differ from steam?
The FTN uses electricity to heat thermal oil rather than water. This allows for very high temperatures at low operating pressures. It is ideal for processes requiring precise temperature control without the high-pressure risks associated with steam, such as in chemical manufacturing and specialized coating applications.
Are electric boilers more expensive to operate in Malaysia?
While electricity rates can be higher than gas, the 99% efficiency and reduced maintenance costs often balance the scales. Furthermore, for facilities without existing gas infrastructure, the lower installation cost and lack of flue requirements make electric boilers a highly competitive and practical long-term financial choice.
Can ATE electric boilers be used for localized heating?
Yes, their compact size allows them to be placed close to the point of use. This "point-of-use" heating reduces heat loss through long piping runs, further improving system efficiency and ensuring that hot water or steam is delivered instantly at the precise temperature required for your specific industrial process.



