1.5ml Screw Thread Vial

Amber Borosilicate Glass
ND9mm Screw Neck Vial
11.6*32mm
With Writing Spot
9mm Blue Short Screw PP Cap
with 6mm Centre Hole
Pre-slit / non-slit PTFE Silicone Septa
Septa Size: 9*1mm

Material: Brosilicate Glass/1st hydrolytic class glass
Volume: 1.5-2.0ml
Dimension: 11.6x32mm
Neck: 9mm Screw neck
Color: Amber and Clear
Septa: Pre-Slit, PTFE/Silicone
OEM & ODM Custom Service

9mm standard 2ml short threaded sample vial(2ml autosampler vial), 2ml, 12×32mm, neck diameter 9mm; red PTFE/white silicone vial gasket, blue perforated polypropylene (PP) vial cap, sample vial has Transparent, amber, transparent with scale writing, and amber with scale writing are available for selection, suitable for various models of autosamplers such as Aijiren, Waters, Varian and Shimadzu.

Aijiren 2ml 9mm Screw HPLC Vial is very popular, because Screw threaded HPLC Vial is very convenient to use, whether it is for storing samples or for automatic injection, different sizes of caliber can also be applied to different brands and types of automatic injection The 2ml 9mm Screw HPLC Vial is the choice of most customers on the market.

The aijiren chromatography sample vial is made of borosilicate glass and meets ASTM TYPE I ClassA and USP TYPE I standards.
There are four types: colorless and amber vial, handwriting area and no handwriting area.

Aijiren focus on improving the safety and integrity of our samples. Aijiren provide innovative 9mm thread caps and 9mm 2ml Hplc Screw Vials to ensure consistent productivity in all separation processes. These vials are the best choice for the latest autosampler. Standard open screw vials are made of borosilicate glass with a maximum filling volume of 2ml.

The 2ml HPLC PP Vial and Cap provided by Aijiren is usually 9mm in diameter, because the 9mm HPLC Vial can match most HPLC Autosamplers on the market. The specification of the 2ml HPLC PP vial is 12x32mm, the opening is increased by 40%, and the standard capacity is 1.5ml. The Cap of the 2ml hplc pp vial is also made of PP. There are two types of open top and closed top. Many colors are available for customers to choose.

9mm screw thread caps, septa, and vials are designed especially for use with Aijiren’s and other rotating or robotic are samplers
2ml 12*32mm clear borosilicate glass vial,with a write-in patch; high quality polypropylene caps, ptfe / silicone septa can be pre-slit to easy needle penetration

The technical parameters of a 2ml transparent threaded sample bottle with a scale of 9-425 are as follows: Volume: 2mL. Shape: 12x 32 mm. Color: transparent or amber. Bottle scale: Yes (three levels: 0.5ml 1.0ml 1.5ml). Label writing: Yes. Bottle mouth thread: precision machined thread 8-425, always ensure sealing. Packing: 100/bag. Use with perforated cap: used as a sample bottle and washing bottle for chromatographic analysis autosampler.

Product name: 1.5/2ml sample vial plastic PP material

Packing: vial, boxed (100 pcs/box)/caps and septa  bag (100 pcs/pack)
Size: Vial (11.6*32mm) / Gasket (Φ9*1mm)
Material: Vial (PP) / Gasket (Teflon / Silicone) / Cap (Polypropylene)
Gasket performance: acid resistance, alkali resistance, temperature resistance, anti-sticking

These vials have an internal tapered bottom which allows the contents to be concentrated at the bottom. Allows more space and larger volumes than concentrating to very small quantities. Ideal for derivatisation or target compounds with very low target concentrations.
Vial Closure Size: 9mm
Vial Volume (Metric) 1.5mL
Volume (Metric) Working 1.3mL
Material: Glass
Color: Amber
Height (Metric) 32mm
Outside Diameter (Metric) 12mm
Residual Volume: <4μL

9 mm screw top vial, 32×11.6 mm, clear glass, high recovery, borosilicate glass
1.5ml vial with 30ul reservoir for sample concentration and injection, no transfer to micro insert

blue screw cap for 9mm screw vials
with pre-slit septa white silicone blue PTFE
size: 9mm*1mm
package: 100pcs/pack

Clear Glass Screw Thread Vials are 2mL, 12x32mm and built with Advanced Vial Closure System (AVCS). This innovation not only prevents septa push through, but provides a stop point for the cap to prevent over- or under-tightening and provide an optimal, consistent seal every time.

High quality Aijiren 9mm 2ml Screw vial for chromatography analysis, amber glass makes it compatible with sunscreen samples. The 0.3 ml clear glass micro-insert can be fixed in a 9mm 2ml HPLC Screw Vial, and the size of the inserted vial is 6*29mm. The conical bottom vial can save samples during the injection process. 9 mm wide open screw top cap for better needle injection.

Suit for: 9mm Short Thread Vials
Caps Material: polypropylene
Cap Diameter: 9mm
Cap Features: 6mm Centre Hole or Closed Top
Septa Material: PTFE / Silicone
Septa Feature: Pre-slit I or X
Septa diameter: 9mm
Septa Thickness: 1mm

Vial Closure Size: 9mm
Vial Volume (Metric) 1.5mL
Volume (Metric) Working 1.3mL
Material: Glass
Color: Amber
Height (Metric) 32mm
Outside Diameter (Metric) 12mm
Residual Volume: <4μL

9mm 2mL amber glass spiral top autosampler vials are available in a variety of neckwear and opening diameters. The caliber of large-caliber or wide-inner-diameter sample bottles is 40% larger than that of standard-caliber sample bottles. The larger opening reduces the risk of the autosampler needle being bent during sampling. Aijiren’s 2mL amber glass screw-top autosampler vials are all 5.0 type borosilicate glass.

Capacity: 1.5/2ml
Temperature: -60—200℃
Material: bottle (domestic borosilicate); gasket (Teflon/silicone); lid (polypropylene)
Color: bottle (transparent/amber), cap (blue)

Aijiren’s 2ml Glass Vials can be applied in a wide range of fields. Many projects that require chromatographic analysis need to use 2ml Glass Vials, such as environmental analysis, soil analysis, pharmaceutical analysis, food analysis, etc. The aim of Aijiren is to provide high-quality chromatographic consumables for customers of chromatography.

The V-bottom design of the high recovery vials produced by Aijiren is to minimize the residual reagents in the vial, and the automatic injection needle can be directly inserted into the bottom to suck up the reagents. It is often used in experiments where reagents are precious or in rare quantities.