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Thermogravimetric analysis, differential scanning calorimetry and time-to-ignition of wood materials treated with water glass flame retardants

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The paper investigates efficiency of silicate f lame retardants on wooden fibres (used for production of medium-density fibreboards) and spruce boards. A simultaneous thermal analysis and cone calorimetry were used… Click to show full abstract

The paper investigates efficiency of silicate f lame retardants on wooden fibres (used for production of medium-density fibreboards) and spruce boards. A simultaneous thermal analysis and cone calorimetry were used for the assessment. Specimens were treated with three different types of silicate water glass: sodium silicate, potassium silicate and modified silicate. Along with these, one sample of untreated fibres was tested in order to provide a baseline sample. As a result of the simultaneous thermal analysis, the ability of the treatments to increase the residual amount of biological char in samples during pyrolysis and ability of the f lame retardant to be retained in these wood fibres was used to assess the efficiency of each flame retardant on the wood fibres.

Keywords: silicate; water glass; wood; calorimetry; analysis

Journal Title: Wood Research
Year Published: 2021

Link to full text (if available)


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