PHOTOCATALYTIC ULTRAVIOLET UNITS

Photocatalysis + UV Dual-Effect Purification

BSLF's Photocatalytic Ultraviolet Units are oxidation equipment that combines the characteristics of nano-scale photocatalytic carriers with ultraviolet (UV) irradiation. By using UV light to excite photocatalytic carriers, they generate highly oxidizing free radicals, which efficiently degrade pollutants in water and harmful components in the air. Their core lies in the synergistic effect of "photocatalysis + UV", and they are widely used in fields such as water purification, air treatment, and surface disinfection, serving as a green and efficient environmental purification technology.

BSLF's Photocatalytic Ultraviolet Units come in three types: regular type, manual cleaning type, and automatic cleaning type. They can be equipped with control devices such as sensors, solenoid valves, and timers to form independent operating units.

Based on the treatment capacity, we provide full-process customized services ranging from material selection to equipment specification design.

PIPELINE ULTRASONIC UNITS

Pipeline Ultrasonic, Comprehensive Cleaning & Protection

BSLF's Pipeline Ultrasonic Units are physical water treatment equipment that integrates ultrasonic technology into pipeline systems. Their core lies in utilizing the cavitation effect, mechanical vibration, and thermal effect of ultrasonic waves to achieve functions such as anti-scaling, descaling, sterilization, algae removal, and pollutant degradation. This system requires no chemical agents, and is widely used in water quality optimization and equipment maintenance for scenarios including industrial circulating water, heat exchangers, and pipeline systems, serving as a green and efficient physical water treatment equipment.

BSLF's Pipeline Ultrasonic Units have undergone repeated experimental verification. Relying on their reasonable structural design and specific frequency, they exhibit good performance.

Based on the treatment capacity, we provide full-process customized services ranging from material selection to equipment specification design.