Layers produced on carbon steel (0.90%C) during vacuum titanizing have been investigated. In particular, the influence of the pressure in furnance chamber is discussed. Titanium carbide layers have been obtained. Titanizing conducted at low pressure with a static rather than a dynamic vacuum during the holding period was found to be the most effective for maximizing the rate of growth of diffusion layers. It has been shown that the growth of titanized layers is controlled by the diffusion in the steel.
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