The application fields of push plate furnaces are concentrated in material processing scenarios that require continuous sintering and high temperature/atmosphere control requirements. The core covers four major categories.  Ceramic materials field: Sintering molding of advanced ceramics (alumina, zirconia ceramics) and structural ceramics.  High temperature treatment of refractory materials (refractory bricks, refractory castables) and ceramic matrix composite materials.  Batch firing of daily ceramics and industrial ceramic accessories.  In the field of electronic and magnetic materials, sintering of electronic ceramics (varistors, dielectric ceramics, ceramic filters, ceramic capacitors).  Firing and solidification of magnetic materials (soft magnetic ferrite, hard magnetic materials) and ferrite components.  High temperature treatment of semiconductor ceramics and electronic sensor sensitive components.  In the field of new energy materials, sintering and modification of lithium battery positive and negative electrode materials (ternary materials, lithium iron phosphate).  High temperature sintering of fuel cell electrode materials and electrolyte ceramic sheets.  Molding processing of ceramic-based auxiliary materials related to photovoltaic modules.  Special materials and technology fields: Protective atmosphere firing of phosphors, luminescent powders, and rare earth materials.  Metal powder metallurgy, sintering densification of cemented carbide (tungsten steel).  High temperature calcination and purification of ceramic pigments, glazes and powder materials.