Feeler gauge strip (301) 12,7 mm x 5 Meter
Precision feeler gauge tape Precision tapes or metal foils made of spring steel CrNi - hard steel - 301 are used inter alia. in mechanical engineering as underlay foils, for aligning workpieces in grinding machines, adjusting games (assembly of workpieces) or measuring gap dimensions. Properties material 301 With this material, high strength is achieved by cold rolling. Compared to material 301, a much higher tensile strength can be achieved. Therefore, the material is very well suited for stainless precision gauges and shims as well as for stainless springs and parts with higher strength. Due to the alloy with chrome and nickel, this spring steel has good corrosion resistance. Material 1.4404 should be used in a corrosive environment. If no special requirements are placed on corrosion, the material 1.1274 can also be used. Technical information The thickness tolerance is defined according to DIN EN 9445 table 1 or T3 (for strength class 15-1700 N / mm²). Like other austenitic stainless steels, this steel is very easy to weld. However, the heat input at the weld seam can lead to a structural change (which reduces the strength) and, among other things, local corrosion of the weld seam. With material 301, when bending or bending, make sure that the bends should always run across the rolling direction. When used as a flat spring, the rolling direction must also be observed. Further technical information on our cold-rolled spring steel 301 can be found in our data sheet. Further applications / properties: Welded endless belts conveyor belts very easy to etch weakly magnetizable good corrosion resistance
Content: 5 Meter (€11.96 / 1 Meter)
Spring Steel Sheet (301) 300 x 1000 mm
Stainless Spring Steel Sheet Precision sheets or metal foils made of spring steel CrNi - hard steel - 301 are used inter alia. in mechanical engineering as underlay foils, for aligning workpieces in grinding machines, adjusting games (assembly of workpieces) or measuring gap dimensions. Properties material 301 With this material, high strength is achieved by cold rolling. Compared to material 301, a much higher tensile strength can be achieved. Therefore, the material is very well suited for stainless precision gauges and shims as well as for stainless springs and parts with higher strength. Due to the alloy with chrome and nickel, this spring steel has good corrosion resistance. Material 1.4404 should be used in a corrosive environment. If no special requirements are placed on corrosion, the material 1.1274 can also be used. Technical information The thickness tolerance is defined according to DIN EN 9445 table 1 or T3 (for strength class 15-1700 N / mm²). Like other austenitic stainless steels, this steel is very easy to weld. However, the heat input at the weld seam can lead to a structural change (which reduces the strength) and, among other things, local corrosion of the weld seam. With material 1.4310, when bending or bending, make sure that the bends should always run across the rolling direction. When used as a flat spring, the rolling direction must also be observed. Further technical information on our cold-rolled spring steel 1.4310 can be found in our data sheet. Further applications / properties: Welded endless belts conveyor belts very easy to etch weakly magnetizable good corrosion resistance
Spring Sheet 301 - 500 x 100 mm
Precision Spring Steel Strip Precision tapes or metal foils made of spring steel CrNi - hard steel - 301 are used inter alia. in mechanical engineering as underlay foils, for aligning workpieces in grinding machines, adjusting games (assembly of workpieces) or measuring gap dimensions. Properties material 301 With this material, high strength is achieved by cold rolling. Compared to material301, a much higher tensile strength can be achieved. Therefore, the material is very well suited for stainless precision gauges and shims as well as for stainless springs and parts with higher strength. Due to the alloy with chrome and nickel, this spring steel has good corrosion resistance. Material 1.4404 should be used in a corrosive environment. If no special requirements are placed on corrosion, the material 1.1274 can also be used. Technical information The thickness tolerance is defined according to DIN EN 9445 table 1 or T3 (for strength class 15-1700 N / mm²). Like other austenitic stainless steels, this steel is very easy to weld. However, the heat input at the weld seam can lead to a structural change (which reduces the strength) and, among other things, local corrosion of the weld seam. With material 1.4310, when bending or bending, make sure that the bends should always run across the rolling direction. When used as a flat spring, the rolling direction must also be observed. Further technical information on our cold-rolled spring steel 1.4310 can be found in our data sheet. Further applications / properties: Welded endless belts conveyor belts very easy to etch weakly magnetizable good corrosion resistance
Content: 0.05 m² (€718.80 / 1 m²)
Precision and fine laser cutting
Precision laser cutting and fine laser cutting at Metallstore24 Perfect solutions for thin foils, shims and shims with +/-0.03mm accuracy In our state-of-the-art facility, we offer perfect solutions for thin foils, shims and shims with an accuracy of +/-0.03 mm. Our advanced laser cutting technology enables us to cut the finest contours and complex shapes in metal. With our precision technology, we deliver tailor-made solutions for different applications in industries such as mechanical engineering, automotive, electronics and aviation. Whether you need a large number of pieces or individual items. We work with a variety of materials, including stainless steel, aluminum, copper and brass. At Metallstore24, we attach great importance to quality and customer satisfaction. Our modern machines guarantee precise and reliable processing, while our dedicated team ensures that your orders are delivered on time. Trust in our expertise and experience in precision laser cutting and fine laser cutting. Contact us today to implement your projects. Metallstore24 - your partner for perfect metal solutions. What is precision laser cutting and fine laser cutting? Precision laser cutting and fine laser cutting offer numerous advantages over conventional cutting processes. By using high pressure and special clamping devices, the finest contours and complex shapes can be cut with high precision. This enables the production of tailor-made components and parts with a high degree of accuracy. In addition, precision laser cutting and fine laser cutting enable a burr-free cut that reduces or even eliminates the need for post-processing. This saves time and costs in production. In addition, the precise control and rigidity of our systems enables high repeatability, resulting in consistent quality of the cut parts. Precision laser cutting and fine laser cutting can also be used to create complex designs and fine details that would not be possible with conventional cutting methods. Applications of precision laser cutting and fine laser cutting In mechanical engineering, precision laser cutting and fine laser cutting are used to produce precision components, gears, bearings and other parts. In the electronics industry, these techniques are used to produce circuit boards, housings and other electronic components. In the aerospace industry, precision laser cutting and fine laser cutting are used to manufacture aircraft parts, engine components and space components. These techniques offer the possibility of implementing tailor-made solutions for a wide variety of applications. Accuracy and tolerances in precision laser cutting and fine laser cutting Accuracy plays a crucial role in precision laser cutting and fine laser cutting. With an accuracy of ±0.03 mm, the finest contours and complex shapes can be cut with high precision. This high level of accuracy enables the production of tailor-made components and parts that meet the specific requirements of customers. In addition, precision laser cutting and fine laser cutting can be used to maintain tight tolerances. This means that the cut parts have a high degree of fit and can be easily installed in existing systems. The precise control of the systems ensures consistent quality and repeatability of the cut parts. Advantages of thin films, washers and spacers for precision laser cutting and fine laser cutting Thin films, washers and spacers play an important role. These materials offer numerous advantages for the production of customized components and parts. Thin films are flexible and can be used in various applications.
Spring steel strip - special width
Our precision gauge tapes can be custom cut to the width you need.For carbon steel and brass, the desired width of up to 300 mm can be supplied.Stainless steel strips are generally available up to 300 mm, in the material 1.4310 up to 1.00 mm thickness from new production also up to 600 mm in any width. Deburred or rounded edges are possible at an additional cost. Depending on availability, the minimum length is around 50 meters; shorter lengths are also available for thicknesses over 0.80 mm. Please provide the following data in your request: - Material and tensile strength or Rockwell hardness (see hardness table)- Material thickness and thickness tolerance- Width and width tolerance- for formats, the length and number- for tapes, the weight or meter Please note that for small quantities it may make more sense to laser cut the desired width than to slit steel strip to length.
Spring Steel Sheets Assortment
Precision Spring Steel Strip Assortment Our sets contain the following strengths: Set 1 - 1.4310 - 100 x 500 - 9 pieces - 0.02/0.05/0.10/0.15/0.20/0.30/0.40/0.50/1.00 mmSet 2 - 1.4310 - 100 x 500 - 11 pieces - 0.02/0.05/0.10/0.15/0.20/0.25/0.30/0.35/0.40/ 0,45/0.50mmSet 3 - 1.4310 - 100 x 500 - 11 pieces - 0.50/0.55/0.60/0.65/0.70/0.75/0.80/0.85/0.90/ 0,95/1.00mmSet 4 - 1.4310 - 150 x 500 - 10 pieces - 0.025/0.05/0.075/0.10/0.15/0.20/0.25/0.30/0.40/0.50 mm Precision tapes or metal foils made of spring steel CrNi - hard steel - 301 are used inter alia. in mechanical engineering as underlay foils, for aligning workpieces in grinding machines, adjusting games (assembly of workpieces) or measuring gap dimensions. Properties material 301 With this material, high strength is achieved by cold rolling. Compared to material301, a much higher tensile strength can be achieved. Therefore, the material is very well suited for stainless precision gauges and shims as well as for stainless springs and parts with higher strength. Due to the alloy with chrome and nickel, this spring steel has good corrosion resistance. Material 1.4404 should be used in a corrosive environment. If no special requirements are placed on corrosion, the material 1.1274 can also be used. Technical information The thickness tolerance is defined according to DIN EN 9445 table 1 or T3 (for strength class 15-1700 N / mm²). Like other austenitic stainless steels, this steel is very easy to weld. However, the heat input at the weld seam can lead to a structural change (which reduces the strength) and, among other things, local corrosion of the weld seam. With material 1.4310, when bending or bending, make sure that the bends should always run across the rolling direction. When used as a flat spring, the rolling direction must also be observed. Further technical information on our cold-rolled spring steel 1.4310 can be found in our data sheet. Further applications / properties: Welded endless belts conveyor belts very easy to etch weakly magnetizable good corrosion resistance
Carbon Steel 1095 - 25 x 300 mm - 10 pc./PU
Sheets - Foils of Carbon steel (C- Steel) Precision sheets / underlay made of carbon steel C100S - 1095 are used among others in mechanical engineering as underlay foils, for aligning workpieces in grinding machines or for setting and measuring gap dimensions. Properties material 1095 With a carbon content of over 1%, this material is very well suited for feeler gauges and underlay foils as well as for highly stressed springs, which are not subject to any corrosion requirements. Compared to the materials 1.1231 (C67S), 1.1248 (C75S) and 1.1269 (C85S), which have a lower carbon content, the material 1095 is also suitable for high mechanical loads and has a high fatigue strength. Technical information The thickness tolerance is defined according to DIN EN 9445 table 1 or T3. The material 1095 is magnetizable and can therefore be clamped on magnetic chucks of grinding machines. The structure of the strip is changed by the hardening process. This means that the rolling direction does not have to be taken into account when edging. Bending radius: at least 10 times the strip thickness. The unalloyed steels must be estimated from corrosion by an oil film. Tinning or galvanizing or painting these steels can withstand corrosion permanently. Further applications / properties: Wear strips Printing racks very easy to etch magnetizable
Content: 0.075 m² (€242.13 / 1 m²)
Laser Cutting
Laser parts - laser cutting - inquire online Individual product production of laser cutting parts according to your specifications. With a sketch, a drawing or a DXF file you can use our online form to inquire, request a quote and order. We manufacture for both private and business customers. We cut individual pieces or small series for you up to a size of 20 x 40cm (other dimensions on request) from sheet metal 0.05 - 2mm thick (other dimensions on request). Various materials such as stainless steel, copper, brass, bronze etc. can be processed with our lasers.
Factory certificate - acceptance test certificate
With our products we guarantee you the highest quality standards. In order to secure this guarantee for your customers, we offer tool certificates 2.2 and acceptance test certificates 3.1 according to DIN EN 10204 for purchase for our metals. There are several ways you can do this. We will show these in more detail in the following article. The nature of materials (e.g. mechanical properties) is not always recognizable at first glance. As in product piracy, for example. Unfortunately, this also happens with metals because it is difficult to see whether the materials can meet the requirements. This also means that test seals and product names are sometimes forged. For this reason, unspecific factory certificates and special acceptance test certificates have been introduced, which are created for each order. We would also like to point out that our materials undoubtedly meet the highest quality standards. We can also issue a factory or acceptance test certificate at any time for intermediaries who have the burden of proof that the quality has been properly maintained. In this way we guarantee in writing that the materials have been delivered in accordance with the requirements of your order. The certificates contain the following information:- Description of the material such as B. Alloy, dimensions, weight, etc.- Chemical analysis (percentage of chemical elements)- Mechanical properties such as B. Tensile Strength Differences between the test certificates (DIN EN 10204)A distinction is made between four types of certificates, all of which prove the confirmation of the conformity of the order (source: Beuth Verlag) Type of content of the certificate Confirmation of the certificate 2.1 Factory certificate Confirmation of compliance with the order Manufacturer 2.2 Factory certificate Confirmation of compliance with the order stating the results of non-specific tests Manufacturer 3.1 Acceptance test certificate Confirmation of compliance with the order stating the results of specific tests The manufacturer's inspection officer, who is independent of the production department 3.2 Acceptance test certificate Confirmation of compliance with the order stating the results of specific tests The manufacturer's acceptance officer who is independent of the production department and the acceptance officer commissioned by the customer or the acceptance officer named in the official regulations - The works certificate (2.1) and the works certificate (2.2) are issued directly by the manufacturer. - The acceptance test certificate (3.1) is confirmed by the manufacturer's independent acceptance officer. - The acceptance certificate (3.2) is confirmed by the manufacturer's acceptance officer who is independent of the production department and by the acceptance officer commissioned by the purchaser or the acceptance officer named in the official regulations. Important!Factory certificates and acceptance test certificates according to DIN EN 10204 are not automatically supplied. These must be ordered separately for a surcharge.