Based on these problems, this article provides a new solution of applying the boriding——heat treatment of compound technology of austempering, it makes the face of the mold have the characteristics of high rigidity, strong wear proof and good tenacity, thus makes the li.

To improve the anti-corrosion property of low carbon steel in zinc melt,the iron boride is synthesized on the surface of the low carbon steel with solid boriding processing.

Based on a comparative study on the structure and property of powder borided aluminium alloy die casting molds with and without a paint before boriding, a conclusion can be drawn from the experimental results.

Effect of Boronizing on the Wear Resistance of Gray Cast Iron;

Application of boronizing Cr12 steel in drawing die;

Effect of rare earth on microstructure and properties of boronizing layer;

Research on improving the antioxidative ability of porous carbon by solid boron-doping;

It is shown that boron-doping improves the tensile modulus and strength of the fibers.

The Application of Proportioning Test in the Process for Casting-Boronising of Gray Iron;

The mechanical properties of the metallic surface were improved by boronising .

By use of seven kinds of ingredient of pasty boronising agent for the boronising treatments of pure cobalt plate and YG8 hard alloy pulling die are described.

Solid powder boronizations are carried out to the low-carbon steel template used in brick moulding machine,the attained boronization layer and the microstructure of substrate are studied,and hardness analysis to its boronization layer section are carried out.

Solid powder boronizations and the heat treatment later were carried out to the low-carbon steel Q235A template used in brick molding machine.

Solid powder boronizations are carried out to the low-carbon steel plastic mold,the obtained boronization layer and the microstructure of substrate are studied,and hardness analysis are carried out to its boronization layer.