Ultrasonic Mist Maker 10 Head Fogger Humidifier DC45-48V 1.5m Cable Stainless Steel IP67 for Indoor Outdoor Pond Fountain

Specification: Item Type: Ultrasonic Mist Maker Material: Stainless Steel Voltage: DC45-48V Material: Stainless Steel Maximum Atomization Quantity: 4.5L/H Number of Atomization Cores: 10 Fog Production, Water Consumption: Approx. 9000ml / 9KG Coverage Area: Indoor 9m², Outdoor 7m² Power Cable Length: Approx. 1.5m / 4.9ft How to Use: Remove the ultrasonic mist maker for direct use. Package List: 1 x Ultrasonic Mist Maker

• Long 1.5m Cable & Protection: The generous 1.5 meter power cable allows flexible placement in ponds and fountains. each nozzle features independent protection - if one head malfunctions, the others continue working normally for uninterrupted fog production and easy maintenance
• Premium Stainless Steel Construction: Built with food-grade stainless steel material, this fogger offers exceptional durability and resistance. the ip67 rating ensures reliable operation in humid environments while the included power supply provides safe operation near water features without of electrical hazards
• Powerful 10 Head Fog Production: This ultrasonic mist maker features 10 atomization cores that generate up to 4.5l of dense fog per hour, creating a mesmerizing visual effect for both indoor and outdoor spaces. the advanced 1.7mhz ultrasonic oscillation technology produces ultra-fine mist particles that float beautifully in the air while quietly improving humidity levels
• Easy Installation & Operation: Simply place the submerged fogger in water and connect to power for instant fog generation. for best results, use clean water to maximize fog output and minimize maintenance. the compact design blends seamlessly into any water feature while delivering professional-grade mist effects
• Versatile Landscape Enhancement: for elevating garden ponds, indoor water features, terrariums, and horticultural displays. the dense fog creates stunning visual effects that transform ordinary spaces into magical environments while naturally increasing ambient humidity for plants