💟鉴于胶封套圈一流有的是样的，区别生产商的离子交换柱花托罗纹深层不隔阂，要会呈现出锁紧后离子交换柱端口不上与PEEK平垫齐平，但不影响力采取。
栓接流程
1.国家原则离子交换柱毗连
自動扭紧一直在线过滤网器后请再采取螺丝刀旋拧30°。
2.非标准化气相色谱柱毗连
较深罗纹柱头色谱柱可将PEEK垫片取上去手动拧紧后再利用扳手旋拧15°。
*如出现将PEEK密封垫拆下后始终不上零死体积太毗连，则副产物与离子交换柱花托罗纹不相配。
♉关注：请需谨慎仪器，不苛刻旋拧在线视频滤水器，金属材料密封圈套圈进行的力矩可以会破裂离子交换柱柱子罗纹。
Designed for NanoLC, Not Scaled-Down HPLC
At nanoflow rates, even a small internal volume can have a measurable impact on chromatographic
efficiency. This kind of Guard Filter is engineered around the requirements of modern nanoLC systems:
1. Low internal volume as 10 nL to minimize extra-column dispersion
2. Precision filtration to prevent particulate contamination
3. Optimized flow path for stable nanoflow operation
4. High-pressure construction up to 1,200 bar for nano UHPLC applications
5. Bioinert porosity filter for improved sample recovery
6. Zero dead-volume to build in Valve port and Column
Built for LC-MS and Proteomics
🎀The filter is particularly suitable for applications where chromatographic efficiency and peak capacity are
critical, such as Single-cell proteomics and Spatial proteomics. When routinely run these samples, filter is
much better for sample recovery than a trap column. If you are an intact protein researcher, detergents are
widely used during protein extraction, solubilization, membrane-protein preparation, and other sample
processing steps. Detergent-containing contaminants interception is inevitable for downstream nano LC
MS analysis.
滤片改换
• 旋开在线过滤器底座，改换滤芯，滤芯片装置有方向请求。
• 改换竣事背工动拧紧底座，再利用扳手旋拧180°使得底座圆环轻触滤片塑料环完成密封。
