Thermo Scientific™ 9 mm Clear Glass Screw Thread Vials are 12 x 32 mm 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.
9mm Thread screw neck vial, 32x11.6mm ,100pcs. per PP box. clear glass,amber glass,white graduation line and marking spot and CNW LOGO. About Us ANPEL&Shanghai Grand Stable Impt & Expt Trading Co., Ltd. Contract terms2019V22 (2)
Thermo Scientific™ 9 mm Clear Glass Screw Thread Vials are 12 x 32 mm 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.
Made of clear type 1 borosilicate glass, Our screw thread vials are designed with a continuous thread “CT” finish, permitting a positive seal, ideal for a variety of uses including laboratory or manufacturer’s use and packaged in attractive, white low-particulate cardboard boxes.
Vials are specifically designed with a crimp cap profile for robotic arm autosamplers but have easy-to-use screw-thread caps.Designed to use separating organic and inorganic compounds for analysis, chromatography vials come in different finishes to guarantee chemical compatibility. Autosampler compatible closures come in different colors, sizes, and septa materials. Offered with a write-on
2ML CLEAR SCREW VIALS WITH W/PATCH. 9MM SCREW BLUE OPEN TOP PP CAPS WITH SEPTA. Features . 1)9mm screw vials can be used on all common autosampler . 2)Short screw, long neck" to make the autosampler easier to capture. 3)9mm wider opening for easy puncture. 4)Clear, type 1 class A borosilicate glass
9mm 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.
New: A brand-new, unused, unopened, undamaged item in its original packaging (where packaging is applicable). Packaging should be the same as what is found in a retail store, unless the item was packaged by the manufacturer in non-retail packaging, such as an unprinted box or plastic bag. See the seller's listing for full details.
Thermo Scientific™ 9mm Clear Glass Screw Thread Vials Nearly eliminate septa push-through and improve sealing with vials built with the innovative Advanced Vial Closure System (AVCS). Brand: Thermo Scientific™ 2-SVW
Wheaton 15 x 45 Screw Top Vials are designed primarily for use in the Waters WISP® 48-position and other autosamplers. The vials are manufactured from Type I borosilicate glass and packaged in shrink- wrapped trays of 100 for convenience and cleanliness. Screw caps and septa available separately.Manufactured from clear Type I borosilicate glassLimited volume inserts Pre- assembled black
9-425 Standard 2ml Amber HPLC vials screw thread autosampler septa vials with patch for international brand new hplc US $17.90 - $17.90 / Pack
[9-425 SCREW VIALS] - 2ml Hplc Vials with unique thread design ensures consistent seal and can be reused, not volatile, easy to use, Amber vial with large writing patch for sample identification and it with ISO 9001 certificated.
27342: Vials, pre-cleaned and assembled, pk of 100 volume 15 mL, clear glass vial : 15 mL : thread for 18-400: 21 mm × 70 mm × 16 mm : PTFE septum face
Thermo Scientific 9 mm Wide Opening Amber Glass Screw Thread Vials are 2 mL, 12 x 32 mm 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.
2mL Clear 9mm Screw Top Vial w/ ID-Patch. Nearly eliminate septa push-through and improve sealing. Thermo Scientific™ 9mm Clear Glass Screw Thread Vials are 2mL, 12x32mm and built with Advanced Vial Closure System (AVCS).