A method of producing a negative electrode plate for a non-aqueous electrolyte secondary battery, the method comprising: (A) applying a first negative electrode slurry to a surface of a negative electrode substrate to form a first layer; (B) applying a second negative electrode slurry to a surface of the first layer to form a second layer; and (C) compressing the first layer and the second layer to produce the negative electrode plate , the first negative electrode slurry including a first negative electrode composite material, the second negative electrode slurry including a second negative electrode composite material, each of the first negative electrode composite material and the second negative electrode composite material including a negative electrode active material and a cellulose-based binder, the negative electrode active material including a first graphite powder and a second graphite powder, the first graphite powder having a circularity measured according to the description of 0.94 or more, and a fraction of a D50 of the second graphite powder to a D50 of the first graphite powder being 29% to 54%, wherein D50 is defined as a particle size at which the cumulative particle volume accumulated from the side of small sizes reaches 50% of the total particle volume, in each of the first negative electrode composite material and the second negative electrode composite material, the first graphite powder having a mass fraction of 88.1% to 93.6%, and the second graphite powder having a mass fraction of 5% to 10%, the first negative electrode composite material including the cellulose-based binder at a first mass fraction, the second negative electrode composite material including the cellulose-based binder at a second mass fraction, and a ratio of the first mass fraction to the second mass fraction being 0.40 to 0.56. (A) applying a first negative electrode slurry to a surface of a negative electrode substrate to form a first layer; (B) applying a second negative electrode slurry to a surface of the first layer to form a second layer; and (C) compressing the first layer and the second layer to produce the negative electrode plate , the first negative electrode slurry including a first negative electrode composite material, the second negative electrode slurry including a second negative electrode composite material, each of the first negative electrode composite material and the second negative electrode composite material including a negative electrode active material and a cellulose-based binder, the negative electrode active material including a first graphite powder and a second graphite powder, the first graphite powder having a circularity measured according to the description of 0.94 or more, and a fraction of a D50 of the second graphite powder to a D50 of the first graphite powder being 29% to 54%, wherein D50 is defined as a particle size at which the cumulative particle volume accumulated from the side of small sizes reaches 50% of the total particle volume, in each of the first negative electrode composite material and the second negative electrode composite material, the first graphite powder having a mass fraction of 88.1% to 93.6%, and the second graphite powder having a mass fraction of 5% to 10%, the first graphite powder having a mass fraction of 88.1% to 93.6%, and the second graphite powder having a mass fraction of 5% to 10%, the first negative electrode composite material including the cellulose-based binder at a first mass fraction, the second negative electrode composite material including the cellulose-based binder at a second mass fraction, and a ratio of the first mass fraction to the second mass fraction being 0.40 to 0.56. <EOS>