Steel sheets and strips - Import export

Install impact protection For screwing and riveting secutex impact protection with an internal perforated plate can be screwed or riveted in different ways. You can achieve universal impact protection in no time at all. For welding Welding is often the easiest and fastest way of fastening. The various protruding perforated sheet designs allow a very versatile use. For gluing If screwing or welding is not possible, the impact protection can be glued with the secutex special adhesive. Cutting and sawing The secutex material can be sawed with a conventional band saw. The material tries to avoid the cutting tool. Make sure that the wedge angle is as small as possible and adjust the cutting speed if necessary. Milling Use commercially available milling cutters with a small number of teeth. Circumferential speed approx. 200400 m / min, clearance angle ∂ 10 °, clamping angle y 25 °. The use of a drilling emulsion is recommended for cooling and surface optimization. Rotate

<Product Description> All things are standarded and customer can chose just folling its own needs without limitation in use of non commercial sizes. Our raw materials are used only domestic produced for the best guarantee in terms of quality and fair-play even for environmental. In more then 20years of activity .we have been producing a high quality steel strips for different industrial and technical purposed gaining experience to get best results in each market. All processes are done on most modern hardening and tempering facility lines. <Our Company> SAMSUNGSTS is leading manufacturer which is specialized in cold rolled, hardened tempered high carbon steel strip & alloy steel strip & stainlesss steel strip coil & Brush cutter blade & Meat bandsaw blade & Slice bread blade. we are supplying materials 17countries(Janpan, USA, Germany, Sweden, Italy, UK, Rumania, India, Indonesia, Singapore, Taiwan, China) with competitive price and best quality.

secutex impact protection with elbowdesign and inboard perforated plate are mounted when protection must also extend around the corner. The impact protection elbows can be manufactured to be isosceles as well as asymmetrical.

Impact protection in semicircular version secutex impact protection semicircles are suited for use with round loads that have been processed at the company. The inbound perforated plate prevents longitudinal and lateral straining of the material and allows for easy screwon applications.

secutex buffer pad with internal perforated plate can be bolted and riveted in various ways. Thus you can achieve universal buffer pad at the drop of a hat.

Often welding is the easiest and quickest means of attachment. The various overlapping perforated plate designs enable a wide range of applications. Please note the mounting options and welding instructions!

TYPE OF PROCESS ROUTE AND SURFACE FINISH OF PLATES AND COILS EN 10088-2: 2H, 2D, 2B, 2R, 2G, 2J, 1D, 2E, 2K. Tinned or nickel plated strips can be supplied under a commercial agreement. The quality of the surface of a strip is characterised by the following approximate average surface roughness values: Ra < 0.3 µm for tensile strength levels of +C1150 and above. Ra < 0.5 µm for tensile strength levels ranging from +C700 to +C1000.

TYPE OF PROCESS ROUTE AND SURFACE FINISH OF PLATES AND COILS EN 10088-2: 2H, 2D, 2B, 2R, 2G, 2J, 1D, 2E, 2K. Tinned or nickel plated strips can be supplied under a commercial agreement. The quality of the surface of a strip is characterised by the following approximate average surface roughness values: Ra < 0.3 µm for tensile strength levels of +C1150 and above. Ra < 0.5 µm for tensile strength levels ranging from +C700 to +C1000.

TYPE OF PROCESS ROUTE AND SURFACE FINISH OF PLATES AND COILS EN 10088-2: 2H, 2D, 2B, 2R, 2G, 2J, 1D, 2E, 2K. Tinned or nickel plated strips can be supplied under a commercial agreement. The quality of the surface of a strip is characterised by the following approximate average surface roughness values: Ra < 0.3 µm for tensile strength levels of +C1150 and above. Ra < 0.5 µm for tensile strength levels ranging from +C700 to +C1000.

TYPE OF PROCESS ROUTE AND SURFACE FINISH OF PLATES AND COILS EN 10088-2: 2H, 2D, 2B, 2R, 2G, 2J, 1D, 2E, 2K. Tinned or nickel plated strips can be supplied under a commercial agreement. The quality of the surface of a strip is characterised by the following approximate average surface roughness values: Ra < 0.3 µm for tensile strength levels of +C1150 and above. Ra < 0.5 µm for tensile strength levels ranging from +C700 to +C1000.

TYPE OF PROCESS ROUTE AND SURFACE FINISH OF PLATES AND COILS EN 10088-2: 2H, 2D, 2B, 2R, 2G, 2J, 1D, 2E, 2K. Tinned or nickel plated strips can be supplied under a commercial agreement. The quality of the surface of a strip is characterised by the following approximate average surface roughness values: Ra < 0.3 µm for tensile strength levels of +C1150 and above. Ra < 0.5 µm for tensile strength levels ranging from +C700 to +C1000.

TYPE OF PROCESS ROUTE AND SURFACE FINISH OF PLATES AND COILS EN 10088-2: 2H, 2D, 2B, 2R, 2G, 2J, 1D, 2E, 2K. Tinned or nickel plated strips can be supplied under a commercial agreement. The quality of the surface of a strip is characterised by the following approximate average surface roughness values: Ra < 0.3 µm for tensile strength levels of +C1150 and above. Ra < 0.5 µm for tensile strength levels ranging from +C700 to +C1000.

TYPE OF PROCESS ROUTE AND SURFACE FINISH OF PLATES AND COILS EN 10088-2: 2H, 2D, 2B, 2R, 2G, 2J, 1D, 2E, 2K. Tinned or nickel plated strips can be supplied under a commercial agreement. The quality of the surface of a strip is characterised by the following approximate average surface roughness values: Ra < 0.3 µm for tensile strength levels of +C1150 and above. Ra < 0.5 µm for tensile strength levels ranging from +C700 to +C1000.

TYPE OF PROCESS ROUTE AND SURFACE FINISH OF PLATES AND COILS EN 10088-2: 2H, 2D, 2B, 2R, 2G, 2J, 1D, 2E, 2K. Tinned or nickel plated strips can be supplied under a commercial agreement. The quality of the surface of a strip is characterised by the following approximate average surface roughness values: Ra < 0.3 µm for tensile strength levels of +C1150 and above. Ra < 0.5 µm for tensile strength levels ranging from +C700 to +C1000.

TYPE OF PROCESS ROUTE AND SURFACE FINISH OF PLATES AND COILS EN 10088-2: 2H, 2D, 2B, 2R, 2G, 2J, 1D, 2E, 2K. Tinned or nickel plated strips can be supplied under a commercial agreement. The quality of the surface of a strip is characterised by the following approximate average surface roughness values: Ra < 0.3 µm for tensile strength levels of +C1150 and above. Ra < 0.5 µm for tensile strength levels ranging from +C700 to +C1000.

TYPE OF PROCESS ROUTE AND SURFACE FINISH OF PLATES AND COILS EN 10088-2: 2H, 2D, 2B, 2R, 2G, 2J, 1D, 2E, 2K. Tinned or nickel plated strips can be supplied under a commercial agreement. The quality of the surface of a strip is characterised by the following approximate average surface roughness values: Ra < 0.3 µm for tensile strength levels of +C1150 and above. Ra < 0.5 µm for tensile strength levels ranging from +C700 to +C1000.

TYPE OF PROCESS ROUTE AND SURFACE FINISH OF PLATES AND COILS EN 10088-2: 2H, 2D, 2B, 2R, 2G, 2J, 1D, 2E, 2K. Tinned or nickel plated strips can be supplied under a commercial agreement. The quality of the surface of a strip is characterised by the following approximate average surface roughness values: Ra < 0.3 µm for tensile strength levels of +C1150 and above. Ra < 0.5 µm for tensile strength levels ranging from +C700 to +C1000.

SURFACE FINISH. APPROVED FINISHES EN 10202 Bright, Fine stone, Stone, Silver, Matt COATING. PRECISE VALUES FOR TIN COATINGS EN 10202 HICKNESS TOLERANCES Thickness tolerances and edge reduction according to EN 10202 The thickness of the material must meet the following requirements: a) Deviation from the agreed thickness, measured on the centre line of the strip, must not exceed ± 5%. b) Deviation from the agreed thickness, measured at any point at a distance of no less than 6 mm from the sheared edge, must be between +5% and -8%. WIDTH TOLERANCES Other, closer dimensional tolerances are possible under a commercial agreement. EDGE CAMBER TOLERANCES Tolerances for edge bending under commercial agreement.

FINISHES: SURFACE QUALITY PROPERTIES OF THE COATINGS GALVANISED STEEL according to EN 10142 Check our website for coating mass, coating finish, surface quality and protection surface treatment. If the customer does not require the surfaces to be oiled and/or chemically passivated, this must be clearly indicated when requesting the quote and placing the order. THICKNESS TOLERANCES Thickness tolerances according to EN 10143 for nominal widths. WIDTH TOLERANCES Tolerances on wide strips obtained by longitudinal cutting of a width of less than 600 mm.According to Standard EN 10143 of: w < 125; 125 w < 250; 250 w < 400; 400 w < 600. Other, closer dimensional tolerances under a commercial agreement. SAG TOLERANCES Edge curve tolerances under commercial agreement

FINISHES: SURFACE QUALITY PROPERTIES OF THE COATINGS GALVANISED STEEL according to EN 10142 Check our website for coating mass, coating finish, surface quality and protection surface treatment. If the customer does not require the surfaces to be oiled and/or chemically passivated, this must be clearly indicated when requesting the quote and placing the order. THICKNESS TOLERANCES Thickness tolerances according to EN 10143 for nominal widths. WIDTH TOLERANCES Tolerances on wide strips obtained by longitudinal cutting of a width of less than 600 mm.According to Standard EN 10143 of: w < 125; 125 w < 250; 250 w < 400; 400 w < 600. Other, closer dimensional tolerances under a commercial agreement. SAG TOLERANCES Edge curve tolerances under commercial agreement

11SMn30 EN 10087

HCXXXLA EN 10268

DC01 DC03 DC04 DC05 DC06 EN 10130 / EN 10139

THICKNESS TOLERANCES : Thickness tolerances according to EN 10051 for nominal widths. WIDTH TOLERANCES: Width tolerances according to EN 10051 for nominal widths Other, closer dimensional tolerances on request. EDGE CAMBER TOLERANCES: Sag tolerances according to EN 10051 for pickled hot-rolled strips will be agreed when placing the order. RIPPLE - LONGITUDINAL FLATNESS: The flatness tolerance of the strips in cut lengths in the direction of rolling must be a maximum of 10 mm on 1000 mm. Any other flatness requirement must be agreed when placing the order.

THICKNESS TOLERANCES : Thickness tolerances according to EN 10051 for nominal widths. WIDTH TOLERANCES: Width tolerances according to EN 10051 for nominal widths Other, closer dimensional tolerances on request. EDGE CAMBER TOLERANCES: Sag tolerances according to EN 10051 for pickled hot-rolled strips will be agreed when placing the order. RIPPLE - LONGITUDINAL FLATNESS: The flatness tolerance of the strips in cut lengths in the direction of rolling must be a maximum of 10 mm on 1000 mm. Any other flatness requirement must be agreed when placing the order.

Tipo de ruta de proceso y acabado superficial de planchas y bobinas EN 10088-2: 2H, 2D, 2B, 2R, 2G, 2J, 1D, 2E, 2K. Existe la posibilidad de suministro de fleje estañado o niquelado bajo acuerdo comercial. RUGOSIDAD SUPERFICIAL MEDIA EN 10151:2002 La calidad de la superficie de una banda se caracteriza por los siguientes valores aproximados de la rugosidad superficial media: • Ra < 0,3 µm para niveles de resistencia a la tracción de +C1150 y superior. • Ra < 0,5 µm para niveles de resistencia a la tracción comprendidos entre +C700 y +C1000.

THICKNESS TOLERANCES : Thickness tolerances according to EN 10051 for nominal widths. WIDTH TOLERANCES: Width tolerances according to EN 10051 for nominal widths Other, closer dimensional tolerances on request. EDGE CAMBER TOLERANCES: Sag tolerances according to EN 10051 for pickled hot-rolled strips will be agreed when placing the order. RIPPLE - LONGITUDINAL FLATNESS: The flatness tolerance of the strips in cut lengths in the direction of rolling must be a maximum of 10 mm on 1000 mm. Any other flatness requirement must be agreed when placing the order.

TYPE OF PROCESS ROUTE AND SURFACE FINISH OF PLATES AND COILS EN 10088-2: 2H, 2D, 2B, 2R, 2G, 2J, 1D, 2E, 2K. Tinned or nickel plated strips can be supplied under a commercial agreement. The quality of the surface of a strip is characterised by the following approximate average surface roughness values: Ra < 0.3 µm for tensile strength levels of +C1150 and above. Ra < 0.5 µm for tensile strength levels ranging from +C700 to +C1000.

THICKNESS TOLERANCES: According to the EN 10140:2006 Standard. Specified thickness tolerances for cold rolled strip and strip obtained strapping wide precision rolling w. WIDTH TOLERANCES: Width tolerances according to the EN 10140 Standard for nominal widths Other, closer dimensional tolerances are possible under a commercial agreement LENGTH TOLERANCES: According to the EN1040 Standard. Other tolerances are possible under a commercial agreement EDGE CAMBER TOLERANCES: Edge curve tolerances according to the EN 10140 Standard Other edge curve tolerances possible under a commercial agreement RIPPLE - LONGITUDINAL FLATNESS The flatness tolerance of the strips in cut lengths in the direction of rolling must be a maximum of 10 mm over 1000 mm. Any other flatness requirement must be agreed when placing the order.