SETLINE independent suspension thermogravimetric release

Discover the highlights of SETLINE thermography!

Saitaram Instruments, a subsidiary of French Kaipu Technology Group, has invested in and built a factory in China toThe new Setline platform, a joint venture brand of thermal analysis instruments in China, has been developed by R&D teams from China, France, and Switzerland. The new generation of thermogravimetric analyzer Setline TGA has opened up a new era of precision thermal analyzer localization! The Setline series products mainly focus on segmented markets such as universities, research institutes, and enterprise R&D/quality inspection centers

All core components are imported from France (heating element, sensor, thermocouple, circuit board, software) and assembled and debugged domestically

Highlights of joint venture products:

High cost-effectiveness - imported quality, domestic price;

Flexible selection - testable, rentable, purchasable;

Quick service - ultra long warranty, no need to wait!

Thermogravimetric analysis refers to a thermal analysis method that measures the relationship between the mass of a substance and temperature or time under programmed temperature and certain atmospheric conditions, and obtains a thermogravimetric (TG) curve.

The technical design of SetlineTGA * meets the requirements of high-frequency and high-intensity experimental environments (especially suitable for university teaching and experimental centers, rubber and plastic chemical enterprise technology research and quality inspection fields), and has significant characteristics such as easy to learn and durable, simple operation, wide temperature application range, and low maintenance cost.

SetlineTGA can perform excellent research and testing, quality monitoring, and failure analysis in industries such as polymers, pharmaceutical synthesis, food, plastics, rubber, and coatings. Widely used in component analysis (such as carbon black and fillers), thermal stability/decomposition, reaction stoichiometry, reaction kinetics, desorption/adsorption processes, vaporization behavior, influence of active gases, analysis of escaping gases (MS, FTIR, GC/MS), etc.