4mL 13-425 ND13 Screw Vial: Best Choice for Waters & Shimadzu?

Description

Feature

Specification

Application

Product

FAQ

Packing and Delivery

Product Description

Double the Capacity: Standard $15 \times 45 \text{ mm}$ footprint gives you twice the volume of 2mL vials. Ideal for Waters WISP 48 trays and Shimadzu needle wash stations.

Certified USP Type 1 Glass: Available in Clear for visual clarity or Amber (51-expansion) for UV-sensitive analytes. Both ensure zero pH drift and maximum chemical inertness for your most sensitive standards.

Product Features

Precision, Compatibility, and Performance.

Precision-molded 13-425 GPI threads for optimal seal integrity and minimized evaporation.

Manufactured from USP Type 1 Class A/B glass with high hydrolytic resistance and thermal stability.

Universal compatibility with Waters WISP 48, Shimadzu AOC, and Varian autosamplers.

Available with white ceramic graduation and marking spot for easy sample identification.

Strict dimensional controls ensure perfect needle alignment and reduce autosampler downtime

Related products

9mm Blue Short Thread Cap with Red PTFE and White Silicone Septa

9mm Short Thread Screw Caps and Septa, Pre-Slit, Bonded, and Made of PTFE/Silicone

10-425 Screw Caps with PTFE Silicone Septa ND10

10-425 Thread Caps with PTFE/Silicone Septa ND10 Vials Closures

11mm Silver Aluminum Crimp Caps with Red PTFE White Silicone Septa for ND11 Vials

11mm crimp cap septa hplc gc nd11 vial seals

V1117 Clear and Amber 1.5mL Crimp Neck Autosampler Vials

1.5mL Crimp Neck Autosampler Vials (ND11)

Complete set of 1ml shell vials with 8mm PE plugs and caps

1mL Shell Vial (8.2*40mm) – 8mm Soft PE Plug for High-Speed Autosamplers

2ml 9mm Short Thread Vial ND9 Wide Opening for HPLC

2ml 9mm Short Thread Vials ND9 with a wide opening

1.5mL 10-425 screw thread HPLC vials in clear and amber glass

1.5mL 10-425 Screw Thread Vials, Wide Opening HPLC Autosampler Vials

Product Specification

Vial Ordering Information

Compatible Caps & Septa

Technical Parameters

Part No.	Description	Dimensions	Glass Type	Pcs/Pack
V1317	4mL Clear Screw Vial	15*45mm	7.0/5.0 Type	100
V1327	4mL Clear Vial w/ Spot	15*45mm	7.0/5.0 Type	100
V1335	4mL Amber Screw Vial	15*45mm	5.0 Type	100
V1345	4mL Amber Vial w/ Spot	15*45mm	5.0 Type	100

Cap Type	Septa Material	Feature	Application
Black PP Open Top	PTFE / Silicone	Easy Penetration	HPLC / GC
Black PP Open Top	Pre-slit PTFE/Silicone	Low Coring Risk	High Throughput
Black PP Closed Top	PE Lined / PTFE	Long-term Storage	Sample Archiving
Xtra Clean Cap	Specialized PTFE	Zero Contamination	Needle Wash

Parameter	Specification	Tolerance
Total Volume	4.0 mL	+/- 0.1 mL
Body Diameter	14.7 - 15.0 mm	+/- 0.15 mm
Height	45.0 mm	+/- 0.5 mm
Thread	13-425 GPI	Standard

Application

Versatile Solutions for Analytical Science.

Why are 4mL ND13 vials essential for Needle Wash Systems?

The large 13mm opening makes these vials ideal for use as wash and waste reservoirs in Shimadzu and Agilent autosamplers, ensuring a clean needle for every injection.

Waters WISP 48-Position Support

Specifically designed to fit the classic 48-position trays of Waters WISP autosamplers, providing reliability for pharmaceutical quality control.

Are 4mL vials suitable for long-term solvent storage?

Yes, when paired with our closed-top PTFE lined caps, these USP Type 1 vials provide an airtight, chemically inert environment.

Environmental & Soil Analysis

Often utilized in EPA methods for sample preparation where volumes between 2mL and 10mL are required for extraction protocols.

Pharmaceutical Serum Storage

The USP Type 1 glass ensures that sensitive biological samples like serums are kept in a stable environment without pH shifts.

FAQ & Technical Support

Vial compatibility shouldn't be a guessing game in the middle of a run. We’ve pulled together the real-world questions our technical team hears most—everything from preventing bent needles in Waters WISP trays to stopping pH shifts during long-term storage. If you’re looking to cut down on sequence restarts, the answers are right here.