Compact 60kw Electric Steam Generator for Sterilization and Food Processing

In most regions, our compact electric steam generator is designed to bypass strict industrial boiler regulations. With an optimized internal water volume (typically under 30L), it falls into the "exempt" category in many countries, meaning you do not need to hire specialized licensed operators or go through cumbersome annual pressure vessel inspections. It offers a hassle-free, plug-and-play experience for your facility.

Absolutely. We understand that wet steam can cause instrument corrosion and failed sterilization cycles. This unit features a built-in high performance steam-water separator, delivering ultra dry saturated steam with a dryness rate of 97%. It ensures flawless thermal penetration for surgical instruments, glassware, and heat-sensitive pharmaceutical products without leaving moisture residue.

Yes. Powered by a robust 60KW electric heating system, this boiler achieves rapid startup and generates high-quality steam within just 60 seconds. Its intelligent PLC control system automatically adjusts power output based on real-time demand, ensuring stable and continuous steam supply during the intense peak loads typical of commercial food canning and retort operations.

Safety and hygiene are paramount. All components that come into direct contact with water and steam including the inner chamber, pipelines, and valves are constructed from premium food/pharma-grade stainless steel (304/316L). This material is highly resistant to chlorine ion corrosion, prevents rusting, and guarantees zero harmful substance leaching, fully meeting GMP and FDA-compliant sanitary standards.

The unit is equipped with comprehensive multi-layer safety protections. It features automatic low-water cutoffs to prevent dry-burning damage, over-pressure relief valves, and sensitive electrical leakage protection. If any anomaly is detected, the system will immediately cut off the power and trigger an alarm, allowing your staff to operate the equipment safely with minimal supervision.