"Subverting traditional boilers with extreme speed—
IHss turns every watt into pure, highly efficient thermal energy!"
Traditional electric resistance boilers heat up slowly and suffer from severe scaling on the heating elements, leading to a high risk of burnout or electrical leakage.
IH Core Logic:
AC Power → High-Freq Magnetic Field → Chamber Self-Heating → Flash Boiling
The IHss system uses "Non-Contact Electromagnetic Induction". The induction coil is completely isolated from the water chamber, achieving true water-electricity separation and eradicating the risk of electrical leakage at the source.
The high-frequency alternating magnetic field turns the metal chamber itself into the heating element. It features a massive heat transfer area and extremely low thermal inertia, allowing cold water to flash into steam or reach the set high temperature instantly. Furthermore, the magnetic turbulence prevents calcium crystallization, keeping the system scale-free and maintenance-free.
Overall Thermal Efficiency: > 98%
Startup to Steam Time: Ultra-Fast Response
(Completely eliminates preheating waste & standby heat loss of traditional boilers)
This table provides precise hot water and steam outputs across various power classes, fulfilling diverse industrial and commercial requirements.
| Coil Power (kW) | 8 kW | 10 kW | 12 kW | 15 kW | 20 kW |
|---|---|---|---|---|---|
| Electrical Specifications | |||||
|
Full Load Current (A)
* Based on 380V standard
|
12.2 | 15.2 | 18.2 | 22.8 | 30.4 |
| Hot Water Module Specs | |||||
|
Hot Water Flow (L/min)
* Based on ΔT 25°C
|
4 | 5 | 6.5 | 8 | 10.5 |
| Chamber Pressure (kg/cm²) | 10 | 10 | 10 | 10 | 10 |
| Steam Module Specs | |||||
| Evaporation Rate (kg/h) | 10 | 12 | 15 | 19 | 25 |
| Steam Pressure (bar) | 7 | 7 | 7 | 7 | 7 |
(Direct-Drive Electromagnetism)
Heating Principle & Efficiency
Chamber self-heating (Efficiency 98%+)
Safety Protocols
Absolute H2O-Elec separation. No leakage or flame risk.
Response & Maintenance
Regulations & Licensing
Micro-water volume, exempt from most boiler inspections
(Resistance Wire Conduction)
Heating Principle & Efficiency
Resistance tube conduction (High heat loss)
Safety Protocols
Submerged tubes pose dry-boil & shock risks
Response & Maintenance
Regulations & Licensing
Requires regular safety inspections based on capacity
(Chemical Combustion)
Heating Principle & Efficiency
Open flame (Exhaust carries away massive heat)
Safety Protocols
Gas explosion, fire risks, and toxic emissions
Response & Maintenance
Regulations & Licensing
Strict laws, needs dedicated operators & eco-audits
Whether it's high-purity steam sterilization or high-volume industrial hot water, the IHss system provides the cleanest, most energy-efficient heat source.
Delivers pure, oil-free direct-contact steam. Ideal for food steaming, Retort sterilizers, and large-scale central kitchen vats.
Powers medical autoclaves and pharmaceutical pure steam generators. IHss ensures dead-zone-free heating for consistent sterilization temps.
Hardware degreasing and electroplating bath heating. High-pressure steam physical jetting significantly reduces chemical detergent use, promoting eco-friendliness.
Replaces high-energy electric water heaters to provide endless constant-temp hot water. Compact footprint allows installation in basements or rooftops without wasting commercial space.
Relies entirely on electricity with zero on-site exhaust. Extreme thermal efficiency eliminates wasted power, perfectly aligning with corporate Net-Zero and ESG upgrade demands.
Separated design removes shock fears, while magnetic water tech inhibits scaling. Without traditional fragile heater tubes, it delivers a virtually maintenance-free operational experience.
Miniaturized units eliminate the need for dedicated boiler rooms and long piping. Supports decentralized installation and multi-unit parallel setups, offering maximum capacity flexibility.