CERAMIC REFRACTORIES DRY MIX

Brand Owner (click to sort) Address Description
C W CHICAGO FIRE BRICK ALLIED MINERAL PRODUCTS, INC. 2700 Scioto Pkwy Columbus OH 43221 CERAMIC REFRACTORIES IN DRY MIX FORM USED IN INDUSTRY TO MAKE HEAT RESISTANT LININGS FOR CONTAINMENT OF MOLTEN METAL AND HIGH TEMPERATURE PROCESSES;FIRE BRICK;
L-CAST ALLIED MINERAL PRODUCTS, INC. 2700 Scioto Pkwy Columbus OH 43221 ceramic refractories in dry mix form used in industry to make heat resistant linings for containment of molten metal and high temperature processes;
M MATRIX REFRACTORIES, INC. ALLIED MINERAL PRODUCTS, INC. 2700 Scioto Pkwy Columbus OH 43221 ceramic refractories in dry mix form used in industry to make heat resistant linings for containment of metal and high temperature processes;MATRIX REFRACTORIES INC;REFRACTORIES, INC.;
M MATRIX REFRACTORIES, INC. Matrix Refractories, Inc. 218 North Laflin Street Chicago IL 60607 ceramic refractories in dry mix form used in industry to make heat resistant linings for containment of metal and high temperature processes;MATRIX REFRACTORIES INC;REFRACTORIES, INC.;
NANO-TEK ALLIED MINERAL PRODUCTS, INC. 2700 Scioto Pkwy Columbus OH 43221 ceramic refractories in dry mix form used in industry to make heat-resistant linings for containment of molten metal and high temperature processes;NANO-TECH;
NANO-TEK ALLIED MINERAL PRODUCTS, INC. 2700 Scioto Pkwy Columbus OH 43221 ceramic refractories in dry mix form used in industry to make heat-resistant linings for containment of molten metal and high temperature processes;NANO-TECH;
STACKCRETE ALLIED MINERAL PRODUCTS, INC. 2700 Scioto Pkwy Columbus OH 43221 ceramic refractories in dry mix form used in industry to make heat-resistant linings for containment of molten metal and high temperature processes;STACK CONCRETE;
 

Where the owner name is not linked, that owner no longer owns the brand

   
Technical Examples
  1. A ceramic fiber composite comprises ceramic fibers bonded together by an at least partially ceramic binder formed from a nanoclay and at least one of a ceramic precursor material or a ceramic material. The present invention also concerns methods of forming ceramic fiber composites and burners containing them.