With a simple design and easy operation, you can efficiently reuse expensive fluorinated materials without waste.
Using fluorinated liquid, we detect leaks up to 10-3 ATMcc/sec. The device's airtightness has been improved compared to conventional models, resulting in reduced consumption of expensive fluorinated liquid. Additionally, by using the optional fluorinated liquid recovery cover, we can efficiently recover and reuse the fluorinated liquid during sample loading and unloading. The device also comes standard with a cooling water circulation pipe, allowing for the efficient recovery of vaporized fluorinated liquid by circulating cooling water.
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Using fluorinated liquid, we detect leaks up to 10-3 ATM cc/sec. The device's airtightness has been improved compared to conventional models, resulting in reduced consumption of expensive fluorinated liquid. Additionally, by using the optional fluorinated liquid recovery cover, we can efficiently recover and reuse the fluorinated liquid during sample loading and unloading. Furthermore, the standard cooling water circulation pipe allows for the efficient recovery of vaporized fluorinated liquid by circulating the cooling water.
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Using fluorinated liquid, we detect leaks up to 10-3 ATM cc/sec. The device's airtightness has been improved compared to conventional models, resulting in reduced consumption of expensive fluorinated liquid. Additionally, by using the optional fluorinated liquid recovery cover, we can efficiently recover and reuse the fluorinated liquid during sample loading and unloading. Furthermore, the standard cooling water circulation pipe allows for the efficient recovery of vaporized fluorinated liquid by circulating cooling water.
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