IRON BASED HOT ISOSTATIC PRESSED HIP

Brand Owner (click to sort) Address Description
Z-420 PM Zapp AG Zapp-Platz 1 Ratingen 40880 Germany iron-based hot isostatic pressed (HIP) powder metals for use as tool steels for the manufacture of machine tools and machinery components;Z-420 POWDER METALS;PM;
Z-A11 PM Zapp AG Zapp-Platz 1 Ratingen 40880 Germany iron-based hot isostatic pressed (HIP) powder metals for use as tool steels for the manufacture of machine tools and machinery components;Z A ELEVEN PM;PM;
Z-A11LV PM Zapp AG Zapp-Platz 1 Ratingen 40880 Germany iron-based hot isostatic pressed (HIP) powder metals for use as tool steels for the manufacture of machine tools and machinery components;Z A ELEVENLV PM;PM;
Z-A18 PM Zapp AG Zapp-Platz 1 Ratingen 40880 Germany iron-based hot isostatic pressed (HIP) powder metals for use as tool steels for the manufacture of machine tools and machinery components;PM;
Z-M4 PM Zapp AG Zapp-Platz 1 Ratingen 40880 Germany iron-based hot isostatic pressed (HIP) powder metals for use as tool steels for the manufacture of machine tools and machinery components;Z MFOUR PM;PM;
Z-MAX PM Zapp AG Zapp-Platz 1 Ratingen 40880 Germany Iron-based hot isostatic pressed (HIP) powder metals for use as tool steels for the manufacture of machine tools and machinery components;PM;
Z-T15 PM Zapp AG Zapp-Platz 1 Ratingen 40880 Germany iron-based hot isostatic pressed (HIP) powder metals for use as tool steels for the manufacture of machine tools and machinery components;Z TFIFTEEN PM;PM;
Z-TUFF PM Zapp AG Zapp-Platz 1 Ratingen 40880 Germany iron-based hot isostatic pressed (HIP) powder metals for use as tool steels for the manufacture of machine tools and machinery components;ZAPP-TUFF PM;PM;
Z-WEAR PM Zapp AG Zapp-Platz 1 Ratingen 40880 Germany iron-based hot isostatic pressed (HIP) powder metals for use as tool steels for the manufacture of machine tools and machinery components;PM;
ZPM Zapp AG Zapp-Platz 1 Ratingen 40880 Germany iron-based hot isostatic pressed (HIP) powder metals for use as tool steels for the manufacture of machine tools and machinery components;
 

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

    
Technical Examples
  1. A rapid method for assessing the bioequivalence of iron in iron-supplement formulations, particularly iron-sucrose formulations is described, which is based upon the kinetics of reduction of iron (III) to iron (II) in a sample of the formulation. Quality control methods and associated kits also are described.