🏪 Sold by
LemonRoad
📦 Fulfillment
Fulfilled by Amazon
🚚 Shipping
Free Shipping
Product Details
✓Value Pack for High-throughput Labs: each package contains 100 autosampler vials, each comprising an amber vial, a blue cap, and pre‑fitted septum, with a 2 mL nominal volume and dimensions of 1.26"/32 mm (height) × 0.47"/12 mm (base diameter) and 0.35"/9 mm cap; This quantity supports extended operation in teaching labs or routine quality control stations, reducing interruptions for restocking
✓Secure Closure System: 9-425 gc/hplc amber sample vials included blue screw caps incorporate white PTFE and red silicone septa, offering a balance of chemical resistance and resealability; The cap's threads engage smoothly to create consistent torque for automated handling; This design minimizes solvent evaporation and limits airborne contaminants from entering the vial, which is applicable to sample storage, transfer and automatic sampling processes
✓Light-sensitive Sample Protection: these autosampler vials are molded from amber glass, which reduces UV and visible light transmission to safeguard photolabile compounds during storage and sequential runs; The translucent wall allows convenient visual checks of remaining liquid without removing the cap; This material choice supports assay integrity for dyes, vitamins, or other light‐sensitive analytes in HPLC or GC workflows
✓Integrated Marking and Graduation: each autosampler vials with graduations includes printed scale marks for quick sample estimation and a write‑on area for labeling with pens; These autosampler vials with graduations and write‑on spot aid in dilution preparation, volume verification, and direct ID marking; Both features stay legible after routine use and brief solvent contact, supporting traceability and reducing errors across multiple batches
✓Supports Routine Academic and Industrial Analysis: designed for HPLC and GC workflows, these autosampler vials with write-on spot suit both training laboratories and high‑throughput quality control settings; The ready‑to‑use format reduces preparation steps, allowing students and technicians to focus on method development or sample sequencing; Research groups can process multiple batches without frequent resupply, supporting continuous instrument operation and teaching schedules