5067-0237 - Clear screw vial cap PTFE/Sil Sep 100,000/pk

Agilent
SKU:
5067-0237
$47,986.00
Current Stock:
Adding to cart… The item has been added

Vial and caps, screw top, certified, clear vials and blue caps, PTFE/red silicone septa, 100,000/cs (1,000 x 100/pk). Agilent 5067-0237 screw top vial kit is designed for efficient and reliable sample handling in high-throughput laboratory environments. This kit includes 100,000 clear screw top vials with blue caps and PTFE/red silicone septa, ensuring optimal performance and sample integrity. Each vial has a capacity of 2 mL, suitable for a wide range of applications. Made from clear borosilicate glass, providing excellent chemical resistance and visibility. vials measure 12 x 32 mm, with a 9-425 mm thread size, fitting seamlessly into various autosamplers and instruments. The PTFE/red silicone septa offer superior sealing and chemical inertness, ideal for maintaining sample integrity. Screw top design allows for easy sealing and removal, ensuring a secure and reliable seal. Perfect for use in gas chromatography (GC) and liquid chromatography (LC) applications, ensuring reliable and reproducible results. Certified for use in GC/MS and LC/MS, eliminating the vial as a source of contamination and ensuring accurate results.Ideal for high-throughput screening applications, providing consistent and reliable sample handling. Agilent 5067-0237 screw top vial kit is a reliable choice for any laboratory looking to maintain sample integrity and ensure accurate results. Trust Agilent for your sample handling needs and enhance the efficiency of your lab operations

Unit of Measure:
EA
Technique:
GC;GC & GC/MS;LC;LC & LC/MS
Volume:
2 mL
Cap Color:
Blue
Cap Material:
Polypropylene
Cap Size:
12 mm
Certified:
Yes
Glass Tint:
Clear
Height:
32 mm
Includes Septa:
Yes
Pre-Slit:
No
Product_Sub_Model:
Clear
Sample Containment Type:
Vials, caps & septa
Septa Layering:
Bi-Layer
Septa Material:
PTFE/red silicone
Thread Size:
9-425
Vial Material:
Glass
Vial Type:
Screw
Width:
12 mm
Write-On:
No