Metal deformation - Import export

This how each cut is made Sheet metal is available in a very wide range of materials and alloys. The criterion for machining is a given toughness and strength to make the metal sheets deformable. A part of sheet metal machining is separation by shearing, in which the sheets are divided by two shearing knives. For over 40 years, we have supplied shearing knives in lengths up to 4,190 mm in qualities and hardnesses specially matched to the purpose for the corresponding machines. By using peripheral grinding machines, we can comply with the tightest form and position tolerances, which is why so many machine manufacturers rely on the quality of our shearing knives.

Stamping is the process of placing flat sheet metal in either blank or coil form into a stamping press where a tool and die surface forms the sheet metal into a net shape. Stamping includes a variety of sheet-metal forming manufacturing processes, such as punching using a machine press or stamping press, blanking, embossing, bending, flanging and coining etc. What Are the Manufacturing Processes of Stamping? Bending - the sheet metal is deformed or bent along a straight line. Flanging - the sheet metal is bent along a curved line. Embossing - the sheet metal is stretched into a shallow depression. Used primarily for adding decorative patterns.

The process is performed in closed chambers, where a jet of millions of glass microbeads, moving in a stream of compressed air, is directed on the product surface using a specialized gun. The abrasive removes all contaminants from the surface without changing the part geometry or damaging the product. It allows even fragile materials to be handled gently with this method. Controlled plastic deformation of the metal surface forms a light work-hardening that improves the service performance of the product. Due to the matting effect, this method is often used for finishing aluminum parts.

KSL provides quality metal bending services Metal bending is one of the technological processes of metalworking, the basis of which is the use of a bending press, with the help of which metal parts undergo deformation and become the required shape according to the drawing. With the help of metal bending, you can make a large volume of metal blanks with the required bending angle, without using additional equipment. The main characteristics of KSL sheet metal bending: Depending on the type of material, the length of the product, the width of the matrix and the bending radius, the thickness of the processed metal: from 0.5 mm to 15 mm The maximum bending length is: 2600 mm The working effort of the machine is: 100 tons You can familiarize yourself with us in more detail: Website: ksl-pro.com or ksl.ua Mail: zakaz@ksl.ua Phone: +38 (050) 011 83 29 #metalbending #steelbending #sheetbending #bendmetal #bendingaluminum #bendsteel #bendingmetal

Impression die forging is a metal deformation technique in which a billet is compressed between two sets of die to form a complex part. Impression Die Forging is also called closed die forging. The metal is placed in a mold and attached to an anvil. The hammer falls on the metal, allowing it to flow and fill the cavity. The hammer is timed to make rapid and continuous contact with the metal in milliseconds. Excess metal is pushed out of the mold cavity, causing overflow. The flash cools faster than other materials, making it stronger than the metal in the mold. Remove flash after forging.

Nowadays, water isolation membranes are preferred in terms of both cost and ease usage among the methods used to prevent positive incoming water from passing into concrete structures. In non-insulated areas, water enters the structure overtime and cause deformation of the metal structures. This causes shortening of the life of the structure. In this sector, Purin offers aromatic, aliphatic, bitumen based and water-based insulation products with different properties. Aromatic structured products are cured with moisture to form a highly mechanical and highly elastic film. On the other hand, our water-based products which can be applied to moist surface, have high chemical resistance, elastic and aliphatic structure and are not affected by UV rays. PURINAQUA RM 703 - Aliphatic - Waterborne - 1C - Ready to use, high elasticity, UV resistant PURINAQUA SM 701 - Aliphatic - Waterborne - 1C - Ready to use, UV resistant PURINATE BM 201 - Aromatic - Solvent - 2C - Fast curving PU-Bitumen based