GBA Group Join Hands with Frontier Lab

Frontier Lab

Frontier Labs – leading the way in material characterization for more than 33 years and is known worldwide for innovative pyrolysis system and solving various analytical problems using their pyrolyzer and unique workflows.

Frontier Labs portfolio includes wide range of analytical applications ranging from physical property evaluation of polymer materials used in various advanced scientific fields such as quality control in aircraft and automobile industries, differentiation of rubber, paint, paper in forensic investigations to recent environmental pollutants “microplastics” identifications.

Multi-Functional Pyrolysis System

Multi-Shot Pyrolyzer (EGA/PY-3030D)

High-end model of the "Multi-functional Pyrolyzer" series with high performance and ease of use

Multi-Shot pyrolyzer (EGA / PY-3030D) is the most capable model in the Multi-functional Pyrolyzer series. This product features high performance and ease of use, from the basic performance of the heating furnace to the details of the control software.

Auto-Shot Sampler (AS-2020E)

A powerful tool for continuous polymer analysis with great cost savings and high reliability. Designed for the Multi-functional Pyrolyzers.

The Auto-Shot sampler automates a continuous analysis of up to 48 samples. Operations can be made continuously or randomly using various analysis modes such as Single-shot analysis, Double-shot analysis, Evolved gas analysis, and Heart-cut EGA analysis. In addition, the system operation combined with optional accessories such as MicroJet Cryo-trap, Selective Sampler, and Carrier Gas Selector can be automated, further saving labor and improving reliability.

Rapid Catalyst Screening System

Tandem µ-Reactor (Rx-3050TR)

A tandem reactor mounted on a GC for rapid qualitative and quantitative determination of catalytic reaction products by GC/MS.

The Tandem μ-Reactor was developed to rapidly screen laboratory-prepared catalysts. The reactor consists of a pyrolysis furnace and a catalytic reactor, and it can be directly connected to a gas chromatograph mass spectrometer (GC/MS) to observe real-time changes of the products formed by the gas-phase catalytic reaction between the sample and the catalyst.