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E-mail
18822043443@163.com
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Phone
18822043443
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Address
Building 8, Phase 2, North Yaogu, Tianjin
Tianjin Klien Environmental Protection Technology Co., Ltd
18822043443@163.com
18822043443
Building 8, Phase 2, North Yaogu, Tianjin
| Price of high-efficiency filters with partitions | ||||
| Size mm | price | Partition material | filtration efficiency | |
| deep-pleat high efficiency filter | 390*390*220/210/230 | 160~210 yuan | Paper frame/aluminum frame | H10~H13 |
| deep-pleat high efficiency filter | 484*484*210/220/230 | 210~250 yuan | Paper frame/aluminum frame | H10~H13 |
| deep-pleat high efficiency filter | 595*595*210/220/230 | 300~340 yuan | Paper frame/aluminum frame | H10~H13 |
| deep-pleat high efficiency filter | 610*610*210/220/230 | 340~380 yuan | Paper frame/aluminum frame | H10~H13 |
| deep-pleat high efficiency filter | 630*630*210/220/230 | 380~430 yuan | Paper frame/aluminum frame | H10~H13 |
1. Advantages of high-efficiency filters with partitions
High efficiency filters with partitions have a larger volume and require more installation space compared to those without partitions. They have high dust holding capacity and high efficiency. For clean rooms with ample space, installing this high-efficiency filter is more suitable. Generally, the thickness of high-efficiency filters with partitions is 210220230. Judging solely from its volume, its usage time is longer.
2. The difference between paper partitions and aluminum partitions.
From a price perspective, paper partitions are generally used to make high-efficiency filters. However, in cases such as high air volume fans, paper partition filters may be blown away by the wind, while aluminum partitions have good pressure resistance. But in terms of price, aluminum partitions are twice as expensive as paper partitions.
3. Can high priced filters with partitions be used independently?
In theory, each filter can be used separately. We need to choose our filter grade based on the evolution level required for our cleanroom, but we can preprocess the air to reduce the purification pressure of the subsequent process. This is also to reduce the usage and maintenance costs we incur.