Do you know which factors can affect the release of office furniture?

With development, office furniture has become increasingly important. However, due to fierce industry competition, many manufacturers use substandard materials. As a result, the formaldehyde content in the office furniture we just bought is very high, which will be released during use. But there are many factors that can affect the release of office furniture. Do you know which factors can affect the release of formaldehyde from office furniture? Let Guangzhou Office Furniture Factory talk to you today.
1. Usage environment: This has a significant impact on printing, as the temperature, humidity, and ventilation in the environment can all affect the emission of formaldehyde. In general, if the temperature is raised by ℃, the concentration of formaldehyde in the air will double; When the humidity increases by 12%, the amount of formaldehyde released will increase by about 15%. Therefore, in the process of formaldehyde release, we can control it by adjusting the humidity and temperature.
2. Diffusion pathway: Edge sealing of office furniture is very important, so when designing office furniture, thin plates should be used as much as possible while meeting the requirements of strength and structure.
3. Decoration method: The decoration method on the surface of office furniture is crucial for the sealing effect of formaldehyde. Therefore, in production, attention should be paid to selecting low formaldehyde releasing adhesives, various decorative materials and coatings, and reasonable processes, so that no new formaldehyde will be released.
4. Storage time and conditions: The formaldehyde emission concentration of office furniture is directly proportional to the storage time after production. It should be stored for a period of time before use and in a high temperature and humidity environment during storage to accelerate formaldehyde emission and reduce pollution during future use.
5. Load capacity: This mainly refers to the ratio of the surface area of indoor furniture exposed to air to the indoor volume. The higher the load-bearing capacity, the higher the formaldehyde concentration. Therefore, in the case of basic functional requirements, the number of furniture pieces in the indoor space should be minimized as much as possible to reduce formaldehyde emissions.