xrTGA 1100

Built with industrial users and large-scale scientific facilities in mind, the XRF Scientific automated macro thermogravimetric analyzer (TGA) is a high-throughput solution for a wide range of thermal analysis applications. Our TGA system is based on 30 years of experience developing precise heating and weighing solutions for applications across the full spectrum of science and industry.
Thermogravimetry sets the standard for thermal decomposition testing for parameters as varied as moisture, volatiles, ash, fixed-carbon, and loss-on-ignition (LOI) content. Our TGA analyzer leverages proprietary heating and weighing systems to monitor sample mass, which continuously changes over time as a function of temperature. An intuitive touchscreen interface makes it easy to establish user-defined thermal programs, enabling customers to develop different thermogravimetric profiles depending on their materials/phenomena of interest.
Our brand-new TGA adds value to high-throughput workflows by increasing sample capacity and temperature capabilities without significantly increasing cost.

Key Features:
• 30-position carousel for more significant throughput
• Higher maximum temperature range up to 1100°C
• Highly automated and user-friendly interface
• Fast heating and cooling cycle times
• Fully integrated PC without the need for an external unit

Application Types:
• Minerals: iron ore mining/steel production, coal, bauxite
• Food: flour, pasta, chocolate
• Construction materials: cement, limestone/lime
• Materials: plastics, alumina, gypsum, agricultural materials, ceramics, pharmaceutical materials

Complying with Standardised methods:
• Moisture and ash determination in flour – AOAC 925.10 & AOAC 923.03
• Ash content in thermoplastics – ASTM D5630-94
• Loss on ignition in solid combustion residues – D7348-08
• Loss of mass in alumina – AS 2879.1-2000
• Loss on ignition in cement – ISO 29581-2:2010 / ASTM C 114
• Moisture and loss on ignition in iron ore – ISO 3087:2011 and ISO/TR 18230:2015
• Various AOAC, ASTM, ISO, and DIN methods
• And more …