AluminiumThe electricity and heat factor arising from the basic feature of flour is similarly seen in the sheets. It can be mentioned that these sheets, which are very talented in terms of functionality, are also of high quality in visual terms. Therefore, in decorative coatings Aluminium sheetThey are used in different areas. Although it is the most suitable product for welding, it has low mechanical properties.

Aluminium Using the plates in the wrong areas causes wear of the machine parts. Aluminium Ideal according to the conditions to which it will be exposed when buying sheet or plate Aluminium alloy is necessary to decide.

Aluminium, is a light, silvery, corrosion-resistant metal with excellent machinability - the most common (most known) element after oxygen and silicon.

Aluminium is found in nature only as a compound. The basic substance for the production of this metal is bauxite (Aluminium taşı)ki bu kireç taşının ve silikat kayalarının hava etkileriyle aşınması sonucu oluşan ve yüksek oranda (sık sık %50’nin üzerinde) A12O3 (Aluminium bauxite) is a product containing.

Pure Aluminium is a material of low strength. Significantly higher strength properties - together with relatively high tensile strength (stretchability) and elasticity limits - can be achieved by adding reasonable alloying components. Aluminium alloy materials are classified as “inherently hard” and “heat-treatable” materials.

But first, why don't you say Aluminium” should be addressed. Alternative products, in particular a range of steels such as P-20, H13 tool steel and stainless steel, as well as copper based alloys, often containing beryllium, are used in tool and mould programmes. These provide high strength and resistance to wear and tear, and in the case of copper alloys also thermal conductivity. However, no one material has all the properties required for a particular application; alternative materials are no exception, which are heavy, generally less machinable and, in the case of steel, have poor thermal conductivity.

It has four times the thermal factor. This reduces the cooling cycle required in moulding procedures and minimises local hot spots that cause part distortion. Aluminium In addition, it allows the design of simpler cooling systems that require less design and machine processing.

Lightweight. Aluminium, has roughly one-third the density of steel. This facilitates the handling of tools and moulds; the lower inertia means that moulds can be opened and closed more quickly. In addition, the procedure with lighter weight tools results in less stress wear, which reduces maintenance and downtime. These benefits are particularly relevant for large tools and moulds.

It can be machined and polished more quickly. Aluminium Depending on the nature of the alloy, it can be machined three to ten times faster than steel. This reduces the time required to produce large moulds, especially those with deep cavities.

It shows a high electric factor. This, together with a lower melting point than steel, allows it to be used at a speed four to five times higher than steel.

By means of these yards, a Aluminium in the mould programmes according to the manufacturer's calculations Aluminium kullanmak kalıp üretiminde çeliğe oranla %30 oranında maliyeti düşürmektedir—ki şayet parça üretim devre süresi ve bundan dolayı artan verimlilik de hesaba katılırsa bu rakam %40’a çıkar.

One area where steel excels is surface hardness. In some programmes - ordinary (conventional) such as those enclosed in a plastic mould - “Base” Aluminium the surface has reasonable qualities. However, in cases where higher wear resistance is required, surface programmes such as hard anodising or nickel plating may result. Aluminium surface hardness levels approach those of steel.

Because there are a number of different conditions in which tool and mould materials must operate, there are a number of different tools and mould materials available to meet these various needs. Aluminium designed combinations of alloy and menev procedure. Both cast and rolled products are available in a wide range of thicknesses, widths and lengths. Each product type has very special characteristics designed to suit the needs of the application.