Addressing Sample Evaporation with Advanced Vial Closure Systems and Sealing Methods

Normal Tightening, SureStop Vial/AVCS Closure Sample Evaporation (g) Sample Number 0.020 0.015 0.010 0.005 0.025 Crimp Seal Reference, Overcrimped Sample Evaporation (g) 0.040 0.030 0.020 0.010 0 0.050 0.060 Overtightened 9mm Closure Source C Sample Evaporation (g) 0.040 0.030 0.020 0.010 0 0.050 0.060 Overtightened 9mm Closure Source D Sample

The new Thermo ScientificTM ChromacolTM 9 mm screw thread closures, utilizing Advanced Vial Closure System (AVCS) technology, remove obstacles to highly reliable and eficient analysis of samples by offering a complete sample handling solution for chromatography applications in 12 × 32 mm vials. Product Highlights

The septum you choose for your autosampler vial can impact sample evaporation, sample security, needle bending and blockages, and instrument down time. Don’t let the complexities of septa selection slow you down. Use the simple online Thermo Scientific SureSTART Selection Guide to find the right septa and vial for your analysis.

Features of 9mm wide opening, integral membrane and solid top closures: AVCS closures along with SureStop vials significantlyreduce the error rate of analysis that results fromevaporation of solvent in improperly sealed vials. Re-analysis costs are reduced, sample data integrity andsample throughput increases.

crimp top vials in terms of preventing sample evaporation and in terms of dependable handling by autosamplers. This technical note examines some of the reasons for the differences reported and presents a new vial and closure design intended to address the performance issues common to all screw thread vials and closures. Introduction

crimp top vials in terms of preventing sample evaporation and in terms of dependable handling by autosamplers. This technical note examines some of the reasons for the differences reported and presents a new vial and closure design intended to address the performance issues common to all screw thread vials and closures. Introduction

The Advance Vial Closure System (AVCS) removes the subjectivity out of achieving the optimal compression when sealing a vial. Designed as a complete system, AVCS allows the closure, septum and vial to work together to prevent compression from exceeding the optimal range.

The septum you choose for your autosampler vial can impact sample evaporation, sample security, needle bending and blockages, and instrument down time. Don’t let the complexities of septa selection slow you down. Use the simple online Thermo Scientific SureSTART Selection Guide to find the right septa and vial for your analysis.

The septum you choose for your autosampler vial can impact sample evaporation, sample security, needle bending and blockages, and instrument down time. Don’t let the complexities of septa selection slow you down. Use the simple online Thermo Scientific SureSTART Selection Guide to find the right septa and vial for your analysis.

Sep 3, 2021 · A typical vial container closure system configuration has three major components: a vial, an elastomer stopper, and an aluminum seal with or without a flip-off button. 5 Among these container closure system components, the elastomer stopper plays a critical role by deforming to seal the vial-stopper interface area either temporarily or permanently.

The septum you choose for your autosampler vial can impact sample evaporation, sample security, needle bending and blockages, and instrument down time. Don’t let the complexities of septa selection slow you down. Use the simple online Thermo Scientific SureSTART Selection Guide to find the right septa and vial for your analysis.

The septum you choose for your autosampler vial can impact sample evaporation, sample security, needle bending and blockages, and instrument down time. Don’t let the complexities of septa selection slow you down. Use the simple online Thermo Scientific SureSTART Selection Guide to find the right septa and vial for your analysis.

The septum you choose for your autosampler vial can impact sample evaporation, sample security, needle bending and blockages, and instrument down time. Don’t let the complexities of septa selection slow you down. Use the simple online Thermo Scientific SureSTART Selection Guide to find the right septa and vial for your analysis.

The septum you choose for your autosampler vial can impact sample evaporation, sample security, needle bending and blockages, and instrument down time. Don’t let the complexities of septa selection slow you down. Use the simple online Thermo Scientific SureSTART Selection Guide to find the right septa and vial for your analysis.

crimp top vials in terms of preventing sample evaporation and in terms of dependable handling by autosamplers. This technical note examines some of the reasons for the differences reported and presents a new vial and closure design intended to address the performance issues common to all screw thread vials and closures. Introduction