PAF Potassium Fluoroaluminate K3AlF6 98% White Powder for Aluminum Brazing Flux Qualification

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Product description
  • Color
    White
    Physical form
    Powder
  • CAS No.
    13775-52-5
    Purity
    98%
  • Appearance
    white powder
    Application
    Used as brazing flux for aluminum
  • Classification
    Halide (Except Chloride)
    EINECS No.
    237-409-0
  • Grade Standard
    Industrial Grade, Reagent Grade
    Molecular Formula
    K3AlF6
  • Other Names
    Potassium hexafluoraluminate
    Type
    Potassium Aluminium fluoride
  • Product Keywords
    PAF Potassium fluoroaluminate
    Melting point
    548 °C
  • MOLECULAR WEIGHT
    258.27
    HS CODE
    282690
  • Usage
    degassing agent and fluxing agentt

Aluminum brazing-flux selection needs an actual material grade and a relevant process assessment. This PAF potassium fluoroaluminate is designated K3AlF6, also named potassium hexafluoraluminate, and described as industrial white powder with stated purity 98%.

Identify the offered K3AlF6 grade analytically

Request current composition and assay information identifying the material being considered. Include the impurity limits important to the intended aluminum process, because a numerical purity figure alone does not establish the full chemical acceptance profile.

Request powder and thermal data with their test methods

Obtain the physical measurements needed to evaluate the white powder in the actual project. Thermal behaviour should be documented for the offered grade with its measurement basis, rather than treated as a ready-made brazing temperature or operating instruction.

Material evidence
Actual-grade composition, assay, required impurities and relevant powder measurements.
Process evidence
Defined aluminum duty, application criteria and appropriate brazing or degassing trial observations.

Judge brazing and degassing through appropriate trials

The stated directions include aluminum brazing flux and degassing or fluxing-agent enquiries. Describe which duty is intended and assess the grade against the corresponding process requirements; a use label does not demonstrate joint quality or degassing performance.

Obtain current safety information and any grade qualification required by the application before progressing. If reagent qualification is needed, request evidence for that exact requirement, while keeping the sample identity and analytical report with the process observations used for material acceptance.

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