Graphite Mould with Coating for Melting Brass or Copper

Graphite Mould with coating For Melting brass or copper: Technical date sheet:bulk densitycompressive strengthbending strengthelectric resistivityshore hardness 1.85g/cm3           >90          >45         55Application: 1. Brass continuous casting mould 2. Red copper continuous casting mould 3. Continuous casting mould for jewelry of gold, silver, platinum, etc. 4. Steel and stainless steel continuous casting mould.  By the shape of the cast product, it is divided into round bar mould, hollow tube mould, and shaped mould. Tech  Our company is the professional manufacturer and exporter for carbon and graphite  products. our company was established at 2000.Our factory is located in Beijing city.and 50 kilometers from Beijing airport. We mainly produse graphite rod, graphite block, graphi.te crucible,graphite mould, graphite bearing,graphite felt,carbon fiber cloth,etc. make it according to drawing and specifications. for the graphite,We have mold graphite,isostatic graphite,extruded graphite,vibration graphite. bulk density from 1.6g/cm3 to 1.91g/cm3. Carbon-graphite products for electron and semiconductor industry  Carbon-graphite products for application of processing by industrial furnace under high temperature;-- Carbon-graphite products for sintering mold of diamond tools  Carbon-graphite products for non-ferrous metallurgy and processing;   Carbon-graphite products for mechanical industry;  Carbon-graphite products for high-tech field   Carbon-graphite products for EDM Carbon-graphite products for aviation and aerospace industry We believe that duo to our high quality graphite material and formed graphite parts at very competitive prices with professional service,broad product knowledge and technical expertise can help you save much resource and improve your efficiency,and satisfy more of your customers' needs.   /* January 22, 2024 19:08:37 */!function(){function s(e,r){var a,o={};try{e&&e.split(",").forEach(function(e,t){e&&(a=e.match(/(.*?):(.*)$/))&&1