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This paper presents the importance of standardizing the thermal insulation backup gap in refractoryRefractory launder systems for aluminumAluminum foundries. The standardization of this dimensional parameter offers significant benefits, including objective comparative evaluation between different insulating materials, precise quantification of operational energyEnergy costs through stored heat and dissipated heat parameters, and practicality for customers to measure thermal performance results. The proposal, developed as a natural extension of the previously proposed LAlum Standard, allows customers to require that all suppliers operate within uniform dimensional parameters, eliminating significant discrepancies in budget proposals and establishing a uniform technical basis for performance and cost comparison.

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Standardization of Thermal Insulation Gap in Launder Systems for Molten Aluminum Transfer

  • 会议论文

  • 发表日期：

    2026年

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  • Michel J. Quintiano,
  • José G. Hernandez

摘要

This paper presents the importance of standardizing the thermal insulation backup gap in refractoryRefractory launder systems for aluminumAluminum foundries. The standardization of this dimensional parameter offers significant benefits, including objective comparative evaluation between different insulating materials, precise quantification of operational energyEnergy costs through stored heat and dissipated heat parameters, and practicality for customers to measure thermal performance results. The proposal, developed as a natural extension of the previously proposed LAlum Standard, allows customers to require that all suppliers operate within uniform dimensional parameters, eliminating significant discrepancies in budget proposals and establishing a uniform technical basis for performance and cost comparison.