MEGA-624 0.53mm, 3.00µm, GC Capillary Column 30m

Part Number: C-624-053-300-30
Manufacturer: MEGA Srl
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Delivery Time: approx. 18 days
Excl. 19% taxes, excl. Shipping costs
Packaging unit: 1 pc, Minimum order quantity: 1 pc
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Product Description

The MEGA-624 GC capillary column 30mx0.53mm, 3µm, is equipped with a stationary phase of 6% cyanopropylphenyl and 94% methylpolysiloxane. The low- to mid-polarity 624 selectivity is tailored to slightly volatile and functionalised compounds. The MEGA-624 is therefore aimed at pharmaceutical residual solvents, VOCs, purge-and-trap analyses, headspace procedures and environmental samples. In combination with suitable film thicknesses even very volatile components can be reliably retarded.

Features and Benefits

  • Each capillary column is individually tested
  • Very broad range of phases
  • Low-bleed, specialty, and HT phases
  • Flexible and custom dimensions
  • Optionally available with an integrated retention gap

Additional Information

The MEGA product line is primarily based on high-purity, carefully deactivated quartz glass capillaries with uniformly applied and highly cross-linked stationary phases. Depending on the modification, methyl and phenyl polysiloxanes, cyanopropyl- or fluorine-containing polysiloxanes, polyethylene glycols, and proprietary application-specific coatings are used. Low-bleed phases reduce background noise in GC-MS, while high-temperature phases enable the analysis of low-volatility analytes. Each column is individually tested; additionally, selectivity, length, ID, film thickness, and the integrated retention gap can be customized for specific methods.

Legal Information

MEGA is a registered trademark of the manufacturer MEGA S.r.l., Legnano, Italy.

Product Specification

Brand MEGA
Product Type GC Column
Length 30 m
Internal Diameter 0.53 mm
Film Thickness [µm] 3 µm
Chemistry 624 (624MS)
Chemistry Producers Term 624
USP Class G43
Country of Origin Italy
Column Type Capillary Column
Base Material 6% Cyanopropylphenyl 94% methylpolysiloxane
Mode of Separation Gas Chromatography

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