Chemical Analysis

Gas chromatography (GC) is used in many industries to ensure the compliance with quality control and manufacturing standards. Most common use cases are:

• Analysis of residual solvents
• Gas analysis
• Biodiesel analysis
• Fatty acid analysis
• Phthalates analysis
• Sulfate analysis
• Volatile organic compounds (VOC) analysis

Liquid chromatography (HPLC) is used in various chemistry and pharmacy industries. It is important to know your goals and needs when choosing HPLC system. We with our partners ant "Youngin" are ready to consult you and your team on what kind of system is needed, from general purpose systems to HPLC systems that are designed for a very specific task to complete.

• Analitical UHPLC
• Analitical HPLC
• Semi-preparative HPLC

Gas chromatography - Mass spectrometry (GC-MS) is a powerful and sensitive tool to perform quality and quantity analysis of unknown and complex samples. Mass spectrometry is often paired with other analysis methods, like gas chromatography. The combination of these analyses is what enables the personnel to isolate and identify the components of complex samples. 

Liquid chromatography - Mass spectrometry (LC-MS) speeds up the work processes of a chemist by quickly providing important information. Biopharmacy companies, academic learning and (or) scientific research laboratories and much more industries require mass analysis. Combination between liquid chromatography and mass spectrometry enables to separate components and produce spectral information for identification and confirmation of every sigled out components in complex samples.

Gas generators are a great addition to your analitical laboratory, which routinely performs analysis based on GC, GC-MS and LC-MS methods. Nitrogen, hydrogen and purrified air (without SOX, NOX and CO2) generators produce pure gas required for these exact methods chemical analysis. Gas generators are a great investment in order to lower the supply, transporting, storing and handling costs of the gas from other sources. Local required gas volume manufacturing is a very big advantage when comparing with high pressure and liquified gas tanks.

Laboratory water purifying systems are an essential item for every laboratory. Depending on the type of use, different water purities are required. ASTM standard defines three main types of water purity quality: I, II and III. Distilled water is also often used for type III applications, but does not fall in into any of afformentioned types.

• Distilled water - demineralized water type, which is cleaned by distillation to remove salts and other hard particles. Distillation source  can be regular tap water. Many of the minerals and other impurities are removed after the process. The initial water purity is also very important as some impurities (for example: volatile organic matter, mercury) can evaporate with the water and can be carried out with distilled water in the final product.
• III type purified water, also called reverse osmosis (RO) water. Of all the purified water types, this at the lowest level of purity. Can be used for ordinary laboratory tasks, such as: laboratory glass washing, water baths and generation of more pure water.
• II type water has lower purity rating than I type, but at the same time has a very high purity level. II type water is most commonly used for: clinical analizators, electrochemical, spectrometrical and microbiological methods. It can also be used as a material for I type water generation. 
• I type water, also called ultrapure water, is the purest generated water form. Also I type water is divided into categories according to TOC (Total Organic Carbon analysis) purity, measured in parts to billion. This water is used for most important use cases and advanced analitical procedures. I type water is also often used where type II water is used to eliminate any result variables.