One. Does the odor in the kitchen cabinets indicate the presence of formaldehyde?
Possibly. Newly purchased cabinets, especially those made of wood, may have an unpleasant odor and smell if they contain excessive levels of formaldehyde. This is because many cabinets are subsequently painted or coated with adhesives, which contain significant amounts of formaldehyde. Additionally, paints may also contain other chemical substances, which can emit irritating odors.
If you are considering stainless steel cabinets or other metal cabinets, there will be no odor. However, when painting kitchen cabinets after installation, it is important to carefully select and purchase such cabinets.
Two. What should I do if the new cabinets have a strong odor?
1. Enhance indoor ventilation to remove odors and potentially harmful gases. The introduction of fresh air helps reduce the overall odor concentration.
2. Utilizing plant-based absorption can also achieve a certain effect in improving indoor air quality. Plants release oxygen through photosynthesis, and while they can absorb other harmful gases like formaldehyde, their absorption capacity is very weak. Therefore, they can only be used as a supplementary measure and are not reliable for indoor pollution control.
3. Orange peels have significant applications in cabinets. You can place orange peels inside cabinets to absorb odors like mold and other unpleasant smells, while also releasing a pleasant fragrance. Lemon peels also have the same effect.
4. Use coffee grounds to absorb odors. Do not discard the remaining coffee grounds; instead, remove them, dry them, and place them in a cloth bag or an old sock. Place the bag or sock in a corner of the cabinet to eliminate the odor. Coffee grounds have an absorbent effect similar to activated charcoal.
5、Herbal Diallyl treatment utilizes a pure, low-temperature, nanoscale membrane penetration technology to effectively decompose harmful substances such as formaldehyde. Its broad contact area and unique physical properties allow it to break down chemical bonds, leading to faster decomposition of compounds.
6、Nanoparticle aldehyde-degrading enzyme technology utilizes ultraviolet light to decompose and eliminate formaldehyde, without generating secondary pollution. Although its effectiveness is good, its decomposition capability will decrease when ultraviolet light is insufficient.