A must-see for those struggling with surface treatment and coating of press molds, aluminum die-casting molds, and cutting tools!
Contributes to improving work efficiency in aluminum casting sites for automotive parts and others. Reduces the occurrence of oxides and significantly decreases the tedious cleaning of the holding chamber. (About once every six months to a year!)
Perforated processing of siding boards, ventilation hole processing for eaves, processing available up to 4 feet by 10 feet in size.
For those using aluminum foil! This is a technical document that explains the heat treatment and softening processes that determine the surface properties of aluminum foil, along with examples of defects and their causes.
Environmentally friendly, heat-resistant water-soluble copper discoloration inhibitor.
High-quality copper-molybdenum and copper-tungsten heat sinks with low thermal expansion and high thermal conductivity.
The issue with copper materials, which are widely used due to their thermal conductivity cost in various heat dissipation plates, heat sinks, and thermal compression terminal jigs, is performance degradation caused by the formation of oxide scale.
It seems like you have it, but you don't! Easily understand the trends in copper prices at a glance. Please make use of the easy-to-understand graph!
The EIM burner is the ideal burner for non-ferrous metal melting furnaces that require a high-brightness, straight flame.
Improving the quality of aluminum and work efficiency in the recycling process with an aluminum melting holding furnace.
Contributing to the lightweighting of motorcycle parts! Significant reduction in cleaning frequency through oxide suppression.
Introducing heat treatment equipment that excels in aluminum casting sites. A hybrid heat treatment furnace that utilizes both "gas" and "electricity" as heat sources to achieve low carbon emissions.
An application for fully automated complexometric titration of zinc (II) in aqueous solution.
Quantification of copper in an aqueous solution by photometric titration.



















































































































