TY-H1000D Kitchen waste treatment workshop

The deodorizing and sterilizing system utilizes an active, consumable-free purification principle.

• Rapid Purification:

  PHIPUR (Photosynthesis Hydrogen Ionization Purification)'s sterilization/odor control purification efficiency is 200 times that of ozone alone and 3000 times that of ultraviolet light alone.

• Active Purification:

  Purifying factors actively disperse into the air, actively decomposing indoor pollutants and comprehensively purifying the air.

• Safe Purification:

  The generated purifying factors are completely reduced to natural substances, with no secondary pollution.

• Zero Harm to Humans:

  The purifying factors have no impact on the human body and can be continuously turned on, ensuring the overall environment remains clean.

• Industry-Leading Core:

  Utilizing nano-ceramic catalyst technology, the effective reaction efficiency is increased by hundreds of times. Safe, reliable, and environmentally friendly, truly achieving maintenance-free and replacement-free operation. Service life exceeds 30,000 hours.

• Intelligent Control:

  Intelligent control panel with a built-in microcomputer controller, two-level fan speed adjustment; manual/automatic functions can be set. Timed on/off function for the sterilization and deodorization module. It also has the function of controlling external devices (such as exhaust fans). It displays ambient temperature and humidity. Optional built-in OM2.5 particulate matter and VOC sensors are available. Only filter replacement reminder function is available. An optional wireless transmission module is also available.

• High airflow and ultra-quiet operation:

  Employs a bidirectional air intake, multi-blade turbine-type ultra-quiet centrifugal fan.

• Aesthetically pleasing installation:

  Concealed ceiling installation, not affecting interior decoration. Ceiling-embedded spray nozzles ensure effective airflow while maintaining a beautiful and elegant appearance.

• Flexible installation:

  Installation methods can be flexibly selected according to specific site conditions: internal low-loop installation, external circulation installation, internal and external mixed flow installation, negative pressure mode installation, etc.