Graphing and Molding System

The engineering software we use:

● WearCalc 2.1

● Casting solidification simulation software

● AutoCAD

● SolidWorks

We use WearCalc 2.1, a professional software of Swiss Steel, which will make it easier to calculate the wear and tear of parts and optimizing your choice of wear plate.

This free powerful predictive software for SSAB wear plates customers lets you to quickly and easily calculate the relative service life of all Hardox® wear products of different steel grades, so that you can choose the most suitable steel plate for you .WearCalc 2.1 predicts the wear and tear of erosion, impact as well as sliding wear.

The impact wear model analyzes severe damage involving crater formation and extruded lips during impact, and model damage resulting in plastic deformation of the surface.

The erosion model predicts whether makeup of the abrasive materials will cause edges to penetrate the steel surface or to break. At the micro level, this model uses mineral hardness to calculate erosion on different types of wear plate.

The sliding wear model is based on two limiting curves representing the types of surface damage, plastic or cutting. The relationship between the hardness of the steel and the hardness of the abrasive material determines the damage mechanism and thus the relative service life.

We have casting solidification simulation software. In casting production, the casting solidification process is one of the most important processes, and most of the casting defects originate in this process. The numerical simulation of the solidification process is very important for optimizing the casting process, predicting and controlling the casting quality and various casting defects as well as increasing the production efficiency. It can effectively predict the casting defects, the surface and internal temperature distribution of the mold, predict the surface fusion of the molten metal, facilitate the design of the casting process, and can also predict the casting stress, microscopic and macrosegregation, casting performance, etc. Provide the necessary basis and analyze the calculated basic data.

We use computer-aided design software such as AutoCAD\SolidWorks to perform two-dimensional drawing and three-dimensional design of products and process solutions to ensure the detailed and accurate manufacturing of customer products.

These techniques could make highly detailed design of the casting model and reduction of product defects before parts casted, thereby shorten total delivery time for customers.