Hplc columns price
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Factory Price ID1000*500mm Auto Acrylic Column Column, Bed Lenght HPLC Column
Factory Price Acrylic Column Column, Bed Lenght 500mm HPLC Column
Factory Price 50ddac Great Column Effient HPLC Column for Developping Method
Best Price Acrylic Column Column, Bed Lenght 500mm HPLC Column
Wholesale Price Lab Instrument 10ml HPLC Column Lab Equipment
Factory Price Great Column Effient HPLC Column for Developping Method
Factory Price Auto Acrylic Column Column, Bed Lenght HPLC Column
Endcapped Analytical Reverse Phase C18 Column for HPLC, 150 X 4.6 mm, 3 Um
Hilic-Amide HPLC Column 4.6×150mm 3μm for Carbohydrate and Sugar Analysis
Nucleoside and Nucleotide HPLC Column 4.6×150mm 5μm
Bio C4 HPLC Column 4.6×150mm for Biopharmaceutical Protein Analysis
C18-Aq HPLC Column for Benzoic Acid Sorbic Acid and Saccharin Sodium Analysis
USHD C18-Pro HPLC Column 3.5μm/5μm High Reproducibility Chromatography Column for Lab Analysis
Lycopene HPLC Column for Isomer Identification and Content Analysis
HPLC Hic Butyl Column for Protein and ADC Analysis
ValuSil C18 HPLC Column 5μm 120A for USP L1 Pharmaceutical Analysis
Laboratory Agilent with HPLC PFA Chromatography Columns for Chromatography
Chromatography Empty Column HPLC and Uhplc Column Hardware Chromatography
Metal Chromatography Empty Column HPLC and Uhplc Column Hardware Chromatography
USP L56 Low-pH Stable Reversed Phase C3 HPLC Column for Acidic Compound
250*4.6mm, 5um Analytical Reverse Phase HPLC Column for Lab Testing
Silica Based Cation Exchange Chromatography Scx HPLC Column for Basic Compounds
5μm 4.6mm 250mm HPLC Column Amino Acid Separation Chromatography Column for Feed Amino Acid
C18 Column 4.6mm*2.7um Reverse Phase RP Analytical HPLC Column for Acidic Compounds
USP L62 C30 HPLC Column for Carotenoid Isomer Separation
Reversed Phase HPLC Column High Aqueous Compatible Ods C18 Column
Sourcing guidance for Hplc Columns Price
What technical specifications are critical when evaluating HPLC column performance and price?
When sourcing HPLC columns, the price is heavily influenced by the stationary phase chemistry (e.g., C18, C8, Phenyl-Hexyl) and physical dimensions. You must verify the particle size (typically 1.7μm to 5μm); smaller particles offer higher resolution but require higher pressure and cost more. Additionally, check the pore size (e.g., 60Å, 100Å, 300Å) to ensure it matches the molecular weight of your analytes. High-quality columns should feature end-capping technology to minimize secondary interactions with residual silanols, ensuring peak symmetry and longevity.
How do material quality and manufacturing standards impact the long-term value of the column?
The purity of the Type B silica used is a primary cost driver; high-purity silica reduces metal contamination, which prevents peak tailing for chelating compounds. Ensure the supplier adheres to ISO 9001 standards and provides a Batch Test Certificate with every column. A column that maintains reproducibility across different batches is more valuable than a cheaper alternative that requires constant method re-validation.
What are the compliance and documentation requirements for laboratory-grade columns?
For regulated industries like pharmaceuticals, columns must support GLP/GMP compliance. Ensure the supplier provides a Certificate of Analysis (CoA) detailing the theoretical plates, tailing factor, and backpressure. If you are shipping to the EU or US, verify that the materials comply with REACH or TSCA regulations regarding chemical substances.
How can I optimize the cost-efficiency of my HPLC column procurement?
To maximize ROI, consider the column lifetime rather than just the initial price. Inquire about the pH stability range (ideally 2.0 to 8.0 or wider for specialized columns) to ensure durability under harsh mobile phase conditions. Purchasing in bulk packs (5-10 units) or sourcing from reputable manufacturers on Made-in-China.com can reduce unit costs by 15-25%. Additionally, using guard columns can extend the life of your primary analytical column, significantly lowering your total cost per injection.
Cross-Border Procurement Strategy for HPLC Columns
What are the primary risks when purchasing high-precision laboratory equipment internationally?
The main risks include transit damage and temperature sensitivity. HPLC columns are precision instruments; ensure the supplier uses shock-absorbent packaging and provides tracking for climate-controlled shipping if the stationary phase is sensitive. Always use Secure Payment services on platforms like Made-in-China.com to protect your funds until the goods are verified against the technical specifications.
How should I negotiate with suppliers to ensure quality and competitive pricing?
Request a sample column for method validation at a discounted rate before committing to a large order. Negotiate based on annual volume forecasts rather than single-order quantities to secure 'Tier 1' pricing. Demand a performance guarantee: if the column fails to meet the specified theoretical plate count upon arrival, the supplier should offer a free replacement or full refund.
What logistics and customs considerations apply to shipping HPLC columns?
HPLC columns often contain small amounts of storage solvents (like Acetonitrile or Methanol). Ensure the supplier provides a Material Safety Data Sheet (MSDS) to avoid customs delays related to hazardous materials. For shipping to the US or Europe, clarify the HS Code (typically 9027.90) to accurately calculate import duties and ensure the Incoterms (e.g., DAP or CIF) are clearly defined in the contract.





























