9mm 1.5-2.0ml Screw Top Plastic Autosampler Vial
9mm PP Screw Top Vial can be made of polypropylene or polymethyl pentene (PMP). Polypropylene is the most popular plastic material. Polypropylene vials have heat resistance of up to 135 degrees Celsius and are commonly used in chromatographic experiments.PMP has higher heat resistance – up to 175 degrees Celsius – and is transparent, which increases the visibility of the sample inside the sample bottle. Plastic vials have good chemical resistance, lightweight construction, durability, and economy.
9mm PP Screw Top Vial can be made of polypropylene or polymethyl pentene (PMP). Polypropylene is the most popular plastic material. Polypropylene vials have heat resistance of up to 135 degrees Celsius and are commonly used in chromatographic experiments.PMP has higher heat resistance – up to 175 degrees Celsius – and is transparent, which increases the visibility of the sample inside the sample bottle. Plastic vials have good chemical resistance, lightweight construction, durability, and economy.
The 2ml plastic screw top autosampler vial is an ND9 vial mouth, which can be used on all common autosamplers due to their technical geometry, preferentially they are found on Aglient, HTA, Shimadzu, Thermo Scientific, Varian, Waters, and so on.
Features
Polypropylene is chemically resistant and the material of choice for pH-sensitive samples, sodium, or heavy metal analyses. The PP vials are ideal when working with pH-sensitive samples, aqueous samples in pharmaceutical applications, or undertaking sodium analysis. If you’re analyzing anything that might adsorb into borosilicate glass, or looking to avoid sodium adducts pulled out of glass, these vials seem to do the trick. Using them on triple quad mass spec quite successfully.
Advantages
1. Kinds of items suitable for customers to choose, PP or glass.
2. PP vial with Graduations, easy for lab use and reading accuracy.
3. Suitable with a 9mm open top cap with PTFE septa.
4. Provide kit packing for customer, vials+cap+septa, convenient.