LiChrosorb NH2 10µm, 150 x 3.0 , HPLC Column

The LiChrosorb NH2 10µm, 150 x 3.0 , 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. It forms part of our Normal-Phase Columns range.

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

• Part number: PL-LBE190N030150
• Internal diameter: 3 mm
• Particle size: 10µm
• Column type: HPLC Column
• Phase name: LiChrosorb NH2
• Separation mode: Normal-Phase
• Column length: 150 mm

This information supports accurate selection and equivalence checking. Products in the Normal-Phase Columns category support method development, quality control, and routine analysis in busy laboratories. The LiChrosorb NH2 10µm, 150 x 3.0 , HPLC Column is chosen where dependable performance and correct fit are essential, helping to maintain reliable results throughout a workflow.

Our specialists can help you match the right Normal-Phase 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 Normal-Phase Columns consumables, and offer bulk pricing where required.

As a UK-based supplier, Picolab Technologies combines a broad Normal-Phase Columns catalogue with responsive service, helping laboratories obtain what they need without long lead times. 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 LiChrosorb NH2 10µm, 150 x 3.0 , HPLC Column.