Nucleosil 100 C2 7µm, 53 (60) x 4.6 , HPLC Column

The Nucleosil 100 C2 7µm, 53 (60) x 4.6 , HPLC Column is available to order from Picolab Technologies, serving pharmaceutical and life-science laboratories nationwide. VDS optilab, the manufacturer, is well established in the analytical and life-science market. You will find this product within our Other HPLC Columns category.

Reliable Other HPLC Columns products underpin accurate results in pharmaceutical and life-science laboratories, where reproducibility and traceability matter. Technical details include:

• Part number: PL-NSE020L046053
• Internal diameter: 4.5999999999999996 mm
• Particle size: 7µm
• Pore size: 100 Å
• Column type: HPLC Column
• Phase name: Nucleosil 100 C2
• Separation mode: Other HPLC Mode
• Column length: 53 (60) mm

This information supports accurate selection and equivalence checking. Products in the Other HPLC Columns category support method development, quality control, and routine analysis in busy laboratories. Where reliability matters, the Nucleosil 100 C2 7µm, 53 (60) x 4.6 , HPLC Column is a practical choice for demanding laboratory environments.

Our specialists can help you match the right Other HPLC Columns product to your instrument and application, including equivalents from other manufacturers. Every product we list is sourced from established manufacturers and checked for accurate specification, so you can order with confidence. We can source alternative configurations and associated Other HPLC Columns consumables, and offer bulk pricing where required.

Based in the UK, Picolab Technologies pairs an extensive Other HPLC Columns range with practical support so labs can source efficiently and avoid delays. We can supply supporting documentation and datasheets to assist with method validation and quality records. Orders ship nationwide, and our team can advise on lead times, equivalents, and technical fit.

Contact Picolab Technologies for a quote or technical guidance on the Nucleosil 100 C2 7µm, 53 (60) x 4.6 , HPLC Column.