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Burnout Detection

Burnout Detection-Chemical Testing-

LOITest Introduction

Loss on ignition, also known as loss on ignition, is the mass lost after the sample is burned at 1000°C. Loss on ignition mainly includes combined water, carbon dioxide and a small amount of sulfur, fluorine, chlorine, organic matter, etc. Generally, it mainly refers to combined water and carbon dioxide. In the complete analysis of silicate, when the contents of ferrous iron, carbon dioxide, sulfur, fluorine, chlorine, and organic matter are very low, the loss on ignition can be used to replace volatile components such as combined water and participate in the total calculation to make the balance reach 100%, which can meet the general requirements of geological work.
Zhongke Testing can carry out loss on ignition testing services and provide professional loss on ignition measurement services for rocks, coal gangue, coal combustion residues and other substances.

LOIDetection Range

Rocks, coal gangue, coal combustion residues, non-metallic gasket materials, bauxite ore, spodumene, lepidolite concentrate, copper waste, diaspore, reinforced resin, iron ore, friction materials, aluminum hydroxide, etc.

LOITest items

Loss on ignition measurement, etc.

LOITesting standard

GB/T 14506.34-2019 Methods for chemical analysis of silicate rocks Part 34: Determination of loss on ignition Gravimetric method
GB/T 35986-2018 Determination of loss on ignition of coal gangue
GB/T 34231-2017 Method for determination of loss on ignition of coal combustion residues
GB/T 27970-2011 Test method for loss on ignition of non-metallic gasket materials
GB/T 3257.21-1999 Method for chemical analysis of bauxite ore Gravimetric method for determination of loss on ignition
GB/T 3885.12-1983 Method for chemical analysis of spodumene and lepidolite concentrate Gravimetric method for determination of loss on ignition
YS/T 1173-2017 Method for chemical analysis of copper scrap used in smelting Determination of loss on ignition Weighing method
YS/T 1161.2-2016 Method for analysis of pseudo-boehmite Part 2: Determination of loss on ignition Gravimetric method
GOST R 57042-2016 Polymer composite materials Method for determination of mass loss on ignition of reinforced resin
ISO 11536-2015 Iron ore Determination of loss on ignition Gravimetric method
0JC/T 527-2009 Test method for loss on ignition of friction materials
1YS/T 534.2-2007 Chemical analysis method of aluminum hydroxide Part 2: Determination of loss on ignition Gravimetric method
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