The ARC-FLASH photocatalyst visible light response technology allows the photocatalyst to function under normal lighting conditions. The new generation carbon sensitization technology further modifies the reaction materials, reducing the energy level gap and significantly expanding the response spectrum. Enhancing the photocatalytic effectiveness under visible light. This improvement boosts the deodorization and sterilization performance of the photocatalyst by 20%. Currently, the ARC-FLASH carbon-sensitized photocatalyst with silver addition allows the photocatalyst to remain effective under indoor light sources. Over time, its effectiveness remains significant. However, the photocatalyst cannot function without light. The ARC-FLASH carbon-sensitized photocatalyst with silver addition utilizes nano-silver composite materials to enable the photocatalyst to continue sterilizing even in the absence of light.

The ARC-FLASH carbon-sensitized photocatalyst with silver contains 10% TiO² is filled in an aerosol can. Using gas as the propellant, the photocatalyst is sprayed onto the surface of objects, achieving antibacterial and epidemic prevention effects through redox reactions.

• Solid-State Packaging Materials: For materials of this type, the inspection is based entirely on the ingredient list (COA) and Safety Data Sheet (SDS) provided by the original supplier. This serves as the inspection basis for the product. (This is to avoid damaging the packaging and the quality of the raw materials due to exposure to air after opening.)
• Liquid-State Barrel Materials: For materials of this type, in addition to weighing the actual quantity of the raw material upon arrival to ensure it matches the purchase order quantity, and obtaining the ingredient list (COA) and Safety Data Sheet (SDS) from the supplier, the quality control department (QC) must be notified before the material is placed into the barrel tank area. QC will sample the material for pre-incoming inspection. The material can only be moved into the barrel tank area after the inspection confirms that the concentration and specific gravity meet the standards.
• Finished Product Inspection: (1) After the product assembly is completed, the production staff must fill out the "Completion Notification" form, which will notify the production control unit to perform the finished product acceptance process. (2) Upon receiving the "Completion Notification," the production control unit should complete the "Finished Product Acceptance Form" and accompany the quality assurance (QA) or customer service department to inspect and test the completed machine to confirm that the quality and functionality meet the requirements. The inspection results should be recorded on the "Finished Product Inspection Record" and "Finished Product Acceptance Form." (3) Once the finished product passes inspection, the production control unit should organize the return of all processing and reference drawings for record-keeping. (4) If the finished product fails the inspection, it should be handled according to the "Non-Conforming Product Management Procedure."

• Incoming Material Inspection
• Inspection Records
• Finished Product Inspection