Amber Glass Screw Cap Vials offer protection from harmful light and UV rays for light sensitive products. These general purpose screw thread vials are made of Type I Borosilicate glass, providing exceptional
Amber Glass Screw Cap Vials offer protection from harmful light and UV rays for light sensitive products. These general purpose screw thread vials are made of Type I Borosilicate glass, providing exceptional
Screw-top vials also come in different sizes, with vial caps made of either aluminum for crimp seals or plastic. Amber glass vials are available in 2-60 ml volume with a screw top. Inserts work in conjunction with any autosampler and fit either standard or wide openings vials.
Thermo Scientific Chromacol 9 mm screw thread vials. Features: • Septa push through nearly eliminated due to amber or plastic vials. ... GOLD Grade Clear Yes Blue Red Natural Rubber/ Clear PTFE 2-SVWGK 9-SCK(B)-8RT1 100 2-SVWGK8-CPK ...
Optional sterile, medical-grade blister pack Optional tube-tip format for accurate dispensing into a micro-vial Eight different material optionsChoice of 4 mm, 13 mm, and 30 mm syringe filter diameter to suit sample volumeRange of pore sizes for retaining a variety of particlesOptional sterile,
Chemical and technical bottles In addition to our products made of amber and clear glass, we also produce coloured pharma glass and opaque opal glass. Our product range includes all the common mouth shapes in capacities from 2 to 4,000 ml and we can print or acid-etch our glass products on request. ... (Moulded Glass) and Vials (Tubular ...
MicroLiter’s Screw Thread Vials offer excellent performance . and are accepted throughout the industry. Providing a performance and design that match 11mm Crimp Top Vials, with the convenience and accessibility of a screw thread vial. Available in the standard 12x32 format, 76-Series Vials ™ or 9mm Vials, in clear and amber
Vials & Syringes Teknolab AB, Energigatan 5A, 434 37 Kungsbacka Tel: +46 (0)300-568 660 • Fax: +46 (0)300-568 669 • info@teknolab.se
Screw Top Vials: 8mm, 9mm, 10mm or 13mm vials with amber, clear, clear-write on choices. Septa: Non-Slit, Pre-Slit, Y-Slit, Cross-Slit, PTFE/Silicone Rubber/PTFE or Red Rubber / PTFE septa. Silanized - Vials
Vial selections include clear glass, amber glass, or polypropylene, with insert choices of conical, poly spring, and tapered. Short style glass vials are offered with a plain top and are well-suited for dry storage of dry products. TITESEAL® shell vials are an economical alternative to aluminum seal, crimp/snap-ring, and screw thread
Sail Chrom - Robotic Autosampler Vial, Autosampler Vials & Widemouth Vial Trader from Ahmedabad, Gujarat, India
2mL, 12x32 mm, 9-425 Screw thread wide opening vials - “Aijiren” Type. Screw cap allows the robotic Autosampler Pickup to function properly. Wider opening prevents syringe problems. Dimensions are effectively identical to the crimp-top vial. 2mL, 12 x 32 mm
This rugged polypropylene rack holds 48 vials, size 1 dram (15 x 45mm), or 4 ml tissue culture vials, or 2ml serum vials in 4 x 12 configuration with alpha-numeric indexing. The rack is constructed from chemically resistant, autoclavable (121°C for 20 minutes) polypropylene and features corner posts to assure stability when stacking empty.
1.5mL 8-425 Screw Neck Vial ND8 1.5mL 9mm Short Thread Vial ND9 1.5mL 10-425 Screw Neck Vial ND10 1.5mL 11mm Snap Ring Vial ND11 1.5mL 11mm Crimp Ring Vial ND11 4mL 13-425 Screw Neck Vial ND13 1mL Shell Vial Micro Insert for for 2mL HPLC vials Vial
SureStop vials are designed as part of the Advance Vial Closure System (AVCS) and remove any subjectivity around achieving the optimal seal compression when closing a vial. Below are 2mL, 12x32mm vials in clear and amber glass with 9mm screw thread vials for use with AVCS caps to provide the ultimate in sample security
These 13mm vials are 3.5mL, 15x46mm vials with 13-425 thread finish. Manufactured from superior quality 33 expansion borosilicate clear (Type 1, Class A) glass and feature a 13-425 thread finish. Get maximum sample extraction without need for separate inserts by using Microsampling and High