OBTAINING PAPER FROM THE COMPOSITION OF WASTE PAPER AND BASALT FIBER

• Jumayev A

  Author

• Oxunova R

  Author

• Alamov U

  Author

• Xolxujayeva N

  Author

This study investigates the use of aluminum hydroxide and sodium aluminate as binders in the production of composite heat- and sound-insulating materials based on basalt fibers and waste paper. The research focuses on optimizing binder consumption, determining key technological parameters, and analyzing the formation of aluminum coordination bonds that enhance material strength and water resistance. Experimental samples were prepared with varying amounts of waste paper (0–100%) and tested for their thermal and acoustic properties. Results showed that while higher waste paper content reduces insulation performance, compositions containing 15–25% waste paper maintain satisfactory insulation efficiency and significantly lower production costs. The findings confirm that aluminum-based binders combined with recycled fibers provide an effective and economical solution for manufacturing durable, eco-friendly insulation materials.

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