High recovery vials are optimal for manual and automated compound or biological sample applications. High Recovery Vials allow maximum sample extraction without need for separate inserts
High recovery Vials are manufactured from heavy wall, low extractable, borosilicate glass providing excellent chemical resistance and durability during packaging and transportation.
High recovery vials offer precision vials made from low expansion borosilicate glass and designed with a unique interior bottom, solid glass vial of a Microliter-Vial with inner cone, allowing for maximum retrieval of contents by a syringe.
Aijiren offer innovative high recovery vials for comprehensive collection, automated handling and storage, with the subsequent maximum retrieval of high value samples. 1.5ml 9mm high Recovery Vials Reduce Residual Product Waste by 99%.
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
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
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.
The high recovery glass vials produced by Aijiren are often used when the remaining amount of the reagents to be tested is not large or the substances to be tested are precious. The thickened bottom of the bottle reduces the possibility of sample remaining at the bottom of the bottle.
