切削液發臭
真正原因與解決方案一次說清楚
您是否也遇過這些問題
在CNC加工過程中,滑道油持續混入切削液
形成油水交界層 → 成為細菌大量繁殖溫床
最終產生腐敗氣味、乳化變質、加工品質下降
傳統方式為什麼無效
真正有效的解決方式
不是賣設備,而是「解決問題」
不靠話術,只用現場實測證明效果
讓每一滴切削液,都發揮最大價值
全省服務專線:0989060002
E-mail:seki.email@msa.hinet.net
Line ID:sekiemail
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Have you encountered these issues too?
The coolant starts to smell bad shortly after use
Oil film accumulates, and the water becomes increasingly cloudy
Adding chemicals or changing the coolant only provides temporary relief; the problem keeps recurring
The key issue isn’t the “odor,” but “uncontrolled bacterial growth”
During CNC machining, guideway oil continuously mixes into the coolant
Forming an oil-water interface → creating a breeding ground for bacterial proliferation
Ultimately leading to foul odors, emulsification and degradation, and reduced machining quality
Why Do Traditional Methods Fail
Simply skimming off oil → fails to suppress bacteria
Adding chemicals → treats symptoms but not the root cause
Frequent fluid changes → High costs, low efficiency
The Truly Effective Solution
Simultaneous “oil-water separation + sterilization and deodorization”
Suppresses bacterial growth at the source
Restores coolant stability and extends service life
Field Test: #tme Sterilizing & Deodorizing Oil-Water Separator
Efficiently separates floating oil, preventing oil film buildup
Patented sterilization technology effectively inhibits bacterial reproduction
Significantly improves odor issues, enhancing workplace quality
Extends coolant service life, reducing replacement costs
Tested by third-party institutions; results verifiable on-site
We are committed to one thing:
Not just selling equipment, but “solving problems”
No sales pitches—only on-site testing to prove results
Ensuring every drop of coolant delivers maximum value