本发明的目的是为了解决现有净化装置存在的无法有效降解甲醛问题。
The purification device aims at solving the problem that the existing purification device can not effectively degrade the formaldehyde.
对其光催化氧化降解甲醛进行了初步测试表明，对室内有害气体污染有较大的改善作用。
Initial tests on its photocatalytic degradation of formaldehyde indicated that it could greatly reduce pollution of indoor hazardous gas.
实验研究表明，与普通滤料相比，纳米光催化功能性空气过滤材料具有良好的降解甲醛和抗菌能力。
The results indicate that comparison with the general air filter materials, the nano-photocatalysis functional materials have high quality for removing formaldehyde and killing the bacteria.
实验研究表明，与普通滤料相比，纳米光催化功能性空气过滤材料具有良好的降解甲醛和抗菌能力。
The results indicate that comparison with the general air filter materials, the nano-photocatalysis functional materials have high quality for removing formaldehyde and killing the bacteria.
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