Description

A flexible hardsurfacing alloy that resists extreme abrasion but is applied with a simple brazing technique

The flux coating and alloyed core wire combination employed for procus 26 is of a unique formulation that enables the deposit to provide superb wear resistance to equipment working in extreme abrasive environments

• used with a brazing technique enables the deposit to be applied at a very low temperature.
• the special flux formulation consists of especially refined tungsten carbide particles.
• the alloy matrix chemistry provides excellent resistance to erosion.
• can be applied to virtually all carbon based material including cast iron.
• its non-cracking features assures excellent results.

The effective use of procus 26 alloy will provide extended service life to equipment subjected to severe abrasion

Rocus 26. A hardsurfacing alloy the chemistry of which represents a new generation of wear resistant materials to combat the most severe abrasion

Wear is the perennial problem faced by many industries. In many respects, the costs imposed as a result of worn components are incalculable. Progressively, over time, different wear resistant alloys and materials have been developed to combat the various forms of wear and some of those materials have contained or use tungsten carbides to provide maximum wear resistance.

Unfortunately, with many of those products the matrix, which contains or holds the tungsten carbides, is not of a suitable formula and wear of the matrix rapidly occurs. When this happens, the tungsten particles detach from the matrix, permitting an acceleration of wear to the deposit.

The matrix formulation of procus 26 has some very special benefits. Its chemical structure includes chromium, boron, nickel and other alloying elements. The combination of these elements produces a matrix that provides superb resistance to abrasion.

Many ordinary hardfacing materials meet a required hardness on the surface of the deposited material but, because of base metal dilution, are substantially softer at the fusion line. Incorporated in the flux formula of procus 26 are finely dispersed tungsten carbides particles. When the molten alloy is being deposited, the tungsten carbides, which are almost as hard as diamonds, are encapsulated into and throughout the molten matrix. These carbides will then provide maximum resistance to wear through to the bond line and, as they are dispersed throughout the super hard matrix, make procus 26 the most superb hardsurfacing alloy for resisting extreme abrasion.

With the use of procus 26 it will all but be no wear, no where.

Hardness: tungsten carbide
Abrasion resistance: excellent
Corrosion & erosion resistance: excellent