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1ML Shell Vial with Snap Plug

1ml Shell Vial with Snap Plugs is a precision laboratory sample vial designed for the secure storage, handling, and analysis of small-volume liquid samples in High-Performance Liquid Chromatography (HPLC) and other analytical applications. Manufactured from premium laboratory-grade borosilicate glass, the vial offers excellent chemical resistance, superior optical clarity, and reliable sample integrity. The snap plug closure provides a secure seal while allowing quick and convenient sample access.

Specification Details
Product Name 1ml Shell Vial with Snap Plugs HPLC-20
Category Glassware
Product Type Laboratory HPLC Sample Vial
Material Borosilicate Glass
Construction Borosilicate glass shell vial with snap-fit polyethylene plug closure
Application HPLC Sample Storage, Chromatography, Analytical Testing, Pharmaceutical Analysis, Laboratory Research, and Sample Preparation
  • Manufactured from premium laboratory-grade borosilicate glass.
  • 1ml capacity is ideal for small-volume analytical samples.
  • Snap plug closure provides a secure and reliable seal.
  • Excellent chemical resistance for laboratory solvents and reagents.
  • High optical clarity enables easy sample observation.
  • Precision dimensions ensure compatibility with standard HPLC systems.
  • Durable construction supports routine laboratory use.
  • Suitable for pharmaceutical, analytical, environmental, and research laboratories.
  • Ideal for HPLC laboratories, pharmaceutical industries, research institutions, and quality control laboratories.
  • Suitable for storing analytical standards, solvents, reagents, and laboratory samples.
  • Clean or replace vials and snap plugs according to laboratory protocols.
  • Ensure the snap plug is properly fitted to maintain sample integrity.
  • Store in a clean, dry environment before laboratory use.
  • Compatible with standard HPLC autosamplers and laboratory analytical equipment.
  • Supports pharmaceutical testing, chromatography, environmental monitoring, and scientific research.
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