The HT2000HT headspace sampler has an upper temperature limit of 300degC, enabling high-temperature headspace applications in a syringe-based system headspace sampler. It is also able to handle standard headspace applications that require temperatures below 150degC. It is perfect for a variety of special high-temperature applications, including heat-induced degradation studies and quality control of chemical product materials.

A headspace sampler can be calibrated to determine the concentration of analytes in the gas phase. This calibration procedure is particularly important when the mixture used in the sample is unknown. Various methods are available for calibration, including matrix matching and model systems. Calibration can also involve repeated analyses of the same container and extrapolation of the data.

Several types of headspace samplers are available for different types of applications. The TurboMatrix 40 and 110 headspace samplers are available with extra trays for running multiple headspace extractions. The TurboMatrix headspace sampler is compatible with most GCs and can be used with the AutoSystem XL gas chromatograph. Its patented technology also allows for multiple headspace extraction and temperature mode.

The HT2000H has a full color touch screen interface to simplify the controls for both novices and advanced users. Its menus are organized based on parameters and settings, which are clearly displayed on a graphic display. It has six built-in relays and has a programmable power and gas saving feature. It also features an automatic wake-up function to minimize system power consumption.

The accuracy of headspace analysis depends on many factors. A thorough understanding of the process is essential to produce reliable data. For instance, the volume of the headspace vessel should be proportional to the volume of the sample. If the headspace vessel is too large, it can lead to total evaporation of a component, which would not be acceptable.

Unlike traditional laboratory testing, headspace analysis does not require a sample preparation procedure and provides accurate results. The process also eliminates sample contamination, which can be expensive. Headspace analysis is also ideal for worker exposure testing. The HAPSITE Headspace Sampling System offers fast sample analysis and allows a rapid response. It can analyze twenty to twenty-five samples per day, making it ideal for field testing.

The headspace sampler is used to analyze the volatile components in liquid and solid samples. It is also called static headspace gas chromatography. The name refers to the "headspace" that is above the sample. In addition, the "static" part refers to the fact that volatiles contained within the vial are at equilibrium with the sample.

While headspace analysis can be performed manually, dedicated headspace systems provide more accurate results and lower detection limits. There are several headspace samplers on the market today. They use a gas sampling valve, a syringe, and a pressure-balanced system to transfer the sample to a gas chromatograph. Headspace analysis has many applications, including determining the content of blood alcohol, residual solvents in pharmaceuticals, and flavors in foods.