Laser cutting acrylic and PU deodorizing purifier

NegotiableUpdate on 01/07

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Nature of the Manufacturer: Producers

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Overview

Laser cutting acrylic and PU deodorizer purifier $r $n Laser cutting engraving and marking processing Acrylic rubber board EVA plastic PU wood board leather sponge fabric deodorizer smoking machine deodorizer marking soldering iron circuit board car room moxibustion smoke exhaust system environmental protection equipment Air purifier smoke filter. Commonly used in industries such as laser advertising, smart card identification, acrylic, rubber, leather processing, etc. Scope of application: Purification of smoke, dust, harmful substances including odors from laser marking, laser engraving, coding, engraving, cutting and processing plastics, rubber, acrylic, paper products, leather, and various metals.

Product Details

Laser cutting acrylic and PU deodorizing purifier

The smoke and dust are sucked into the purification equipment by the fan, and some larger particles are captured by mechanical collision on the flow plate. The airflow enters the electric field, and under the action of the electric field, the smoke and dust gas ionizes, most of which can be degraded and carbonized, and a small part is adsorbed on the electrode plate of the electric field. At the same time, under the action of the electric field generator, ozone is generated inside the electric field to remove most of the odors.

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Laser cutting acrylic and PU deodorizing purifier

chemical formula: Utilizing specially designed high-energy high ozoneUVUltraviolet beams irradiate organic gases and oxygen molecules in the air, breaking down the molecular bonds of organic gases and decomposing oxygen molecules in the air to produce free oxygen, namely reactive oxygen species,UV＋O2→O-+O＊(reactive oxygen species)O+O2→O3(ozone)Free state pollutant molecules combine with ozone oxidation to form small molecule harmless or low harm compounds, such asCO2TheH2OWait. Thus achieving the effect of purifying gas.

UVReaction engineering formula for photocatalytic oxygen purifier:

1TheUV +High molecular weight organic compounds → low molecular weight organic compounds

2TheUV +air( O2)→O3

3Low molecular weight organic compounds+ O3→CO2+ H2O +N2

The smoke purification system is achieved through various suitable collectors (such as smoke pipes)/Smoking arms/Smoking hoods, etc. are collected into the equipment of the smoke removal system through pipes installed at each workstation, filtered by the internal filters of the system, and discharged.

This product utilizes high-energy and high ozoneUVThe ultraviolet beam decomposes oxygen molecules in the air to produce free oxygen, also known as reactive oxygen species. Due to the imbalance of positive and negative electrons carried by free oxygen, it needs to combine with oxygen molecules to generate ozone.