The ERICHSEN Sheet Metal Testing Machine, Model 100, is a bench mounted unit with a cast iron machine body and a cylindrical test head. To conduct the cupping test the sheet metal specimen or foil is entered into an opening through the test head. The screw-in blankholder is set for the sheet thickness using the scale provided. The test head is then tightened manually against a stop on the locating sleeve. This clamps the blank with a force of 10 kN as required by the cupping test standards mentioned above. The clutch pin is pulled outwards from the locating sleeve, the test head is turned clockwise and the cupping process commences. The cupping test value reached is displayed on a digital counter. The forming process and the appearance of the crack can be observed conveniently looking down onto the blank holder.

PLC controlled test system comprising a basic unit and a control unit, with a motor-driven X-Y- specimen table, a universal holding fixture with vertical linear guide and pneumatic tool feed motion as well as a touch-screen control panel. In acc. To standards AFERA 4001 P11

Tabletop instrument for measuring the thickness of organic coatings on all substrate using the wedge cut principle. Standards ISO 2808, NF T 30-123, DIN 50986, ASTM D 4138.  The PAINTXPLORER 548 has been developed to extend the range of the application of the PAINT BORER 518 MC, especially targeting sensitive drillings, particularly into rigid/brittle materials. It is possible that, already at minor eccentric irregular running of the drill used or of its centre axle, such materials can be subject to breaking off of the cutting edges including chipping off, leading afterwards during the optical measurement with the microscope also to limitedly definable transitions between the layers to be measured

Model 750 USB-F for all non-magnetic coatings on steel.  Model 750 USB-FN for all non-magnetic coatings on steel and all insulating coatings on non-ferrous metalsThe measuring principle conforms to the DIN, ISO, BS and ASTM norms and standardsThe small and robust thickness gauge LAYERCHECK 750 USB is used for quick and precise, non-destructive coating thickness measurements on metallic substrates. Typical fields  of application are e.g. industrial corrosion protection, assessor matters, electroplating and paint shops, the chemical, automobile, shipbuilding and aircraft industries as well as the apparatus and machine construction

For measuring coating thickness digitally.  The GalvanoTest is available in two versions;  Model 2000 is the basic version. In its default delivered configuration without accessories, it is suitable for measuring a large number of layer/layer or layer/base material combinations. This model is especially recommended for measuring multiple layers because it is easy to handle. The Model 3000 provides even more comfort during use. The measuring stand with built-in circulation pump and easily replaceable measuring cell enables the electrolyte to be automatically filled or emptied. It also helps conserve electrolyte, since the automatic circulation of the measuring cell filling can be used repeatedly for multiple detachment sequences. Another advantage of the Model 3000 is that very small detachment surfaces of up to 0.25 mm2 are possible.   Both versions- Coulometric coating thickness measurement, for electroplated layers, 0.05 μm – 75 μm

The Model 432 Smart II Gradient oven is used to evaluate the baking and drying behavior of paint and powder coatings, resins, plastics, and similar materials. It can simulate a production process by programming the warm-up rate, burn-in temperature, and time intervals. It allows predictions of how a particular paint reacts to a particular material at different temperatures. The excellent repeatability of the measurements allows a remarkably accurate determination of the actual limit values. Coatings can be tested up to a temperature of 320 °C. If the lacquers are applied with a double doctor blade, two different lacquers can be tested simultaneously on one test sheet.

Purpose and application: Acid rain, bird droppings, fuel, antifreeze and many other environmental factors can damage automotive finishes. Especially in summertime, some substances can be very aggressive 

and cause severe damage. Therefore, automotive paint manufacturers as well as auto makers need to find out how different environmental phenomena will interact with a coating system.

For the development of stove enamel systems as well as for their quality testing it is of great importance to assess the temperature range and the max. temperature limit, respectively, where the components of the lacquer formulations (and thus also potentially the properties and the quality of the whole thing) begin to change. The well-known main example for this are the yellowing of binding agents as well as the change in color of pigments

Concerning the subject of baked coatings within industrial production conditions, the accurate control of the corresponding processes is of crucial importance to achieve and continuously maintain/ guarantee the specified qualitative characteristics of the coating. Due to different reasons, the actually existing conditions do not always correspond exactly to the preset process run which in the “worst case“ may cause severely high non-conformity costs.

The Gradient-oven 432 Smart offers the possibility of a needs-based optimizing of the process for the product in question.

The „actual condition“ in the stove enameling production line, beforehand determined by means of an oven temperature recorder, can be simulated at the best via a requirement-orientated setting of an appropriate gradient and thus allows a nearly perfect 1:1 simulation of the respective stoving condition, however on the desired laboratory scale saving time and expenses.

The precisely controlled laboratory high speed stirrers of the DISSOLVER and DISCOVERY 492 series are suitable to produce colloidal suspensions with very fine solid particles integrated by high speed into fluid, as well as for mixing and dispersing of mill feed material within common paint/lacquer matters (disintegration of clusters of powder-type components by shearing force during the dispersing procedure, to cover in ideal case their primary particles with the fluid phase).  Available in varying speeds, dispersing disc sizes and accessories. 

Model 639 Corrocutter, Test Panel Scratcher to define scratches on coatings of corrosion testing panels.

Simple and low cost test apparatus for continuous salt spray and condensation water testing. The test chamber with a volume of 400 l and all electric and pneumatic components to operate and control the test cycle are incorporated into a compact rectangular cabinet of plastic material. Complete, with specimen holders, storage tank for 90 l salt solution, pressure gauge and LCD for the temperature regulator and test time counter.

For testing vehicle components using cycles of changing corrosive effects in accordance with VDA 621-415. Basic concept, design details and dimensions as for Model 606. Microcomputer to control test cycle (neutral salt spray SS DIN 50 021, alternating condensation water climate SFW DIN 50 017, ambient temperature DIN 50 014).  Tests in accordance with international standards, 2 test chambers operable with 1 control cabinet.  Operation via SIEMENS touch screen. Various test chamber sizes with test volume of 400 l, 1000 l or 2000 l can be selected regarding the requirements. The test chambers (400 l and 1000 l) are available in circular and rectangular design. The circular design provides even distribution of the salt solution vapour over the entire test zone.   When tests are required on larger working parts, it is often not possible to employ a test chamber of circular symmetry. For this reason, as an alternative,  rectangular  test  chambers  with  a  capacity  of  up  to 2000 l (special dimensions upon request) can be supplied.  DIN 40 046  ISO 1456 BS 3900/ F4 DIN EN ISO 9227 ISO 3768 NF X 41-002 DIN 50 907 ISO 3769 JIS Z 2371 DIN 53 167 ISO 3770   ISO 7253 SIS 184 190  ASTM B 117 ECCA T 8 ASTM B 287  ASTM B 368 DEF 1053 Meth. 24 ASTM D 1735 DEF 1053 Meth. 36  MIL STD 202 D MIL STD 810 C  DIN EN ISO 6270-2 DIN 50 958 DIN 55 991  ISO 3231 ISO 11503   ASTM D 2247   VDA 621-415 P-VW 1210  SWAAT