Kodak TMAX TMY 400 Black & White Films
$99.95
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Kodak T-Max 400 TMY B & W Film.
Kodak T-Max 400 Professional film is a continuous-tone panchromatic black-and-white negative film. It is also useful for scientific and biomedical work, especially when fluorescence photography is required. It has high speed (ISO 400/27 in most developers), very high sharpness, extremely fine grain, and high resolving power; it allows a high degree of enlargement.
Kodak T-Grain Emulsion Allows films with extremely fine grain to be made faster; high-speed films have finer grain; T-MAX Professional Films offer the best of both worlds: high speed and fine grain Improved sharpness Maintains subject detail in prints at higher degrees of magnification than conventional films Expanded exposure latitude Greater "forgiveness" with overexposure errors; quality prints from moderately under- or overexposed negatives; Better highlight separation Improved reciprocity at long and short exposure times Less compensation required than with conventional films More responsive to zone-system development changes Smaller time adjustments needed Shorter push-processing development time -- no increase for 1-stop push, shorter 2-stop push-times than other films require
Kodak T-Max 400 Professional film is a continuous-tone panchromatic black-and-white negative film. It is also useful for scientific and biomedical work, especially when fluorescence photography is required. It has high speed (ISO 400/27 in most developers), very high sharpness, extremely fine grain, and high resolving power; it allows a high degree of enlargement.
Kodak T-Grain Emulsion Allows films with extremely fine grain to be made faster; high-speed films have finer grain; T-MAX Professional Films offer the best of both worlds: high speed and fine grain Improved sharpness Maintains subject detail in prints at higher degrees of magnification than conventional films Expanded exposure latitude Greater "forgiveness" with overexposure errors; quality prints from moderately under- or overexposed negatives; Better highlight separation Improved reciprocity at long and short exposure times Less compensation required than with conventional films More responsive to zone-system development changes Smaller time adjustments needed Shorter push-processing development time -- no increase for 1-stop push, shorter 2-stop push-times than other films require