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Testing Machines and Systems for Metals

Testing Machines and Systems for Metals
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Testing Machines and Systems for Metals

Product catalog summary
The Zwick Roell Group
Zwick Roell AG is a prominent company in materials testing, with a rich history and expertise in force and elongation measurement. The company offers a variety of testing machines and systems, from standard quality control to customized solutions, supported by modern technology. It is ISO 9001 certified and provides calibration services through accredited laboratories.
Metals – Use and Properties
Metallic materials, including metals and alloys, have diverse properties and applications. Key mechanical properties include strength, rigidity, and ductility. Testing machines must accommodate these properties, with high-resolution extensometers for precise measurements. A comparison table of material properties for metals, concrete, and plastics is included.
Tests in the Metal Industry
Various tests for metal products such as tensile, hardness, and fatigue tests are outlined. The importance of testing standards for ensuring comparable results is emphasized.
Quasi-Static Materials Testing: Products and Services
Details on products and services for quasi-static materials testing, including material testing machines and software like testXpert® II, are provided.
Fatigue Strength and Dynamic Strength Testing: Products and Services
Products for fatigue and dynamic strength testing include machines designed to assess endurance and impact resistance under various conditions.
Modernization Packages
Zwick Roell offers modernization packages for materials testing machines to keep them updated with the latest technology and standards.
Zwick Services
The company provides comprehensive services including calibration, maintenance, and specialist advice, supported by participation in standards committees.
Standards and Testing Devices
The importance of international standards in testing metals is discussed, ensuring consistency and comparability of results.
Overview of Testing Machines and Methods
Testing machines are available for loads up to 600 kN, with robust designs and proven service. Fatigue under torsional oscillation and additional tests for rods and bars are detailed.
Shear Test on Riveted Joint
Shear tests are crucial for riveted joints, with accurate load application essential to avoid distortion of results.
Fatigue Test on Screws/Bolts
Fatigue tests are conducted using a Vibrophore, applying cyclic loads efficiently.
Quasi-Static Materials Testing: Products and Services
Details on materials testing machines, load frames, and drives for quasi-static test situations are provided.
Overview of Hardness Testing Machines and Software
Zwick's advanced hardness testing machines and software solutions are highlighted, with specifications and features detailed.
Parallel Bi-axial Deformation Measurement
Discusses measurement of parallel bi-axial deformation, suitable for testing small specimens at high resolution.
High-Temperature Testing Accessories
Includes a high-temperature system for tensile tests at ambient and elevated temperatures.
Robotic Testing Systems
Robotic systems automate large test series, offering high reproducibility and minimal operator involvement.
HydroWin 96xx Controller
A control and measurement system featuring advanced capabilities for fatigue and durability testing.
Workshop 96 Software
A versatile testing software for fatigue and durability tests, offering a user-friendly interface.
Vibrophore with Electro-Magnetic Resonance Drive
Used for dynamic tests to determine fatigue strength and durability of materials and components.
Impact Testing Machines
Used for high-speed penetration and tensile tests, featuring comprehensive evaluation capabilities.
Modernization Packages
Offers modernization kits for materials testing machines, providing updated technology and reliability.
Zwick Services
Provides a range of services including applications laboratory testing and worldwide customer support.
Testing Equipment Calibration
Outlines standards for calibrating load measuring systems and extensometers.
Sample Preparation
Standards for preparing tensile samples are detailed.
Tensile, Compression, and Bending Tests
Lists various standards for tensile tests at different temperatures and materials.
Hardness Tests
Standards for hardness testing using various methods are provided.
Creep and Endurance Tests
Includes high-temperature tests and fatigue tests with relevant standards.
Dynamic Impact Tests
Details standards for Charpy impact tests and drop weight tests.
Other Tests
Covers ductility tests and draw bead tests with relevant standards.
Contact Information
Provides contact details for Zwick offices in various countries.
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Catalog excerpts

Testing Machines and Systems for Metals-1

Testing Machines and Systems for Metals Intelligent Testing FP 253 2.0809 Testing Systems

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Testing Machines and Systems for Metals-3

3 Fig 1: The headquarter of the Zwick Roell AG and the Zwick GmbH & Co. KG at Ulm, Germany By acquisition of the German company GTM (2006) and the Austrian company Messphysik (2007) the know-how of the Zwick Roell AG in the field of force and elongation measurement has been safed and enriched. Zwick has many years of experience, combined with a multitude of supplied systems, and this experience is continuously supplemented by constant communication with customers. On this solid base the company supplies a wide range of high-performance products – from the economical standard quality control machine...

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Testing Machines and Systems for Metals-4

4 2 Metals – Use and Properties The properties of metallic materials – metals and metal alloys – cover a very broad spectrum. The distinction between function and structure also applies to materials; examples of structural and construction materials include materials for machine and plant building, precision engineering and civil engineering, while functional materials are used in areas such as electrical engineering, electronics and media technology. With construction materials the emphasis is on mechanical properties such as strength, rigidity (elasticity) and ductility (plasticity) at working...

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Testing Machines and Systems for Metals-5

5 Fig. 1: Stress-strain/crosshead travel curve of a tensile specimen made of steel sheet (tested with a Zwick Z100 materials testing machine with hydraulic specimen grips) The purely elastic strain up to the elasticity limit is only approx. 0.06 % (approx. 50 ìm); by contrast the plastic strain up to failure is almost 32 % (approx. 26 mm) – more than 500 times greater! This imposes particular requirements on the extensometer used in the same test to determine the slope of the straight line in Hooke’s Law (Young’s Modulus), the proof stress, the strain at maximum force and the strain at break...

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Testing Machines and Systems for Metals-6

6 Metal industry segments Flat products Heavy plate (plus slabs and billets) Strip and sheet (plus hot-rolled strip and hot-rolled plate) Thin sheet (plus tinplate and hot-galvanized sheet) Long products Bar and rod Sections and reinforcing steel Wire and cable Near-net-shape products Pipes (plus fittings) Castings and forgings (plus sintered metal and powder metallurgy components) Fasteners (plus welding and joining technology) – – – – – – – – – – – – – – – – – – – – – – – – – – – – –– – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – 3 Tests in the Metal Industry Type of test Quasi-static...

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Testing Machines and Systems for Metals-7

7 3.1 Heavy Plate Heavy plates are steel sheets with a width of up to four meters and a thickness of at least five millimeters, up to approx. 250 mm. They are used principally in the construction industry, for heavy plant and cranes, in shipbuilding, for offshore drilling platforms and for large-diameter, thick-walled pipes. Hardness Testing Hardness testing to Brinell up to test loads of 29,000 N can be performed with ZHU topLine series hardness testing machines. This range features state-of-the-art technology, employing a zoom lens, CCD camera and LCD display, with high reproducibility ensured...

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Testing Machines and Systems for Metals-8

8 Robotic Testing Systems for Tensile Tests The safe, reliable and precise handling of heavy specimens places considerable demands on the operator and the operating system. Zwick’s robotic testing solutions completely automate the testing process while relieving the load on operators, minimizing operator errors and increasing operational safety and reliability. Under our robotic testing concept, the specimens for testing are sorted into magazines manually, but from this point everything takes place automatically up to sorting of the specimen remains for inspection if necessary. Additional measuring...

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Testing Machines and Systems for Metals-9

9 Fig. 1: CT specimen in Vibrophore (HFP) Fig. 2: SENB specimen in Vibrophore (HFP) Fracture Mechanics KIc Determination Fracture toughness KIc is an important material property for metallic materials in safety-related applications such as aircraft construction, power-station building and automobile manufacturing and is determined using a specimen into which an artificial crack has been introduced. The specimen is loaded until failure and the fracture toughness KIc is determined from the load-deformation curve and the crack length. Details of the test procedure are contained in the relevant standard...

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Testing Machines and Systems for Metals-10

10 Charpy Impact Test Notched impact strength is an important characteristic for applications in pipeline construction and shipbuilding and can be determined with Charpy specimens in pendulum impact testers. The standardized notched specimens are inserted by hand, by means of simple feeding devices, or using robotic systems and impacted with energies up to 750 J. Zwick supplies temperature conditioning systems for correct conditioning of specimens down to -180 °C. Under the Machinery Directive, pendulum impact tester operation is subject to strict safety requirements, which are easily met by...

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Testing Machines and Systems for Metals-11

11 3.2 Strip and Sheet Strip refers to steel and non-ferrous products which are rolled into coils, e.g. hot-rolled strip, which is used as primary material for cold-rolled sheets. Hot-rolled strip is produced in thicknesses up to 15 mm and in widths up to 2200 mm. Hot-rolled plate is sheets cut out of hot-rolled strip and is up to 15 mm thick and up to 2000 mm wide. Tensile Tests with r- and n-Value Determination r- and n-values are often also determined in tensile tests in order to characterize forming properties; the n-value describes the work hardening – increase in stress – during plastic...

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Testing Machines and Systems for Metals-12

12 3-Point Flexure Test The 3-point flexure test is used for determining flexural properties and for visual assessment of the bending edge, an important aspect of the flexure test being visual evaluation of the behavior of weld seams. Zwick’s range of flexure test kit options combined with adaptations to existing specimen holders provides an ideal solution. High-temperature Tests In applications such as engine manufacture, power station construction and chemical plants, material behavior at elevated temperatures (up to approx. 1200 °C) is of vital importance, calling for high-temperature tensile...

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Archived catalogs

  1. Zwick/ZHU250

    3  Pages

  2. HC range

    2  Pages

  3. roboTest A

    2  Pages

  4. ProLine

    2  Pages

  5. testXpert II

    20  Pages

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.