Fabricante de pruebas de dureza de Vickers eficiente de Sinowon para materiales delgados

Company Advantages
1. Sinowon microhardness test adopts a number of techniques to satisfy production requirements. The product is analyzed and tested cautiously before packing
2. People can be set assured that this product will be not subject to problems like color fading and paint flaking off. The product is designed by professional designers to be user-friendly
3. This product is innocuous. It has passed the materials test that focuses on the safety of ingredients, such as Chlorinated phenols and dimethyl fumarate. The Gost certificate has been obtained for the Russian market
4. The product can withstand high temperature. It will not deform and swell when heated and can keep its original shape. Many international famous manufacturers choose this product for its premium quality

◆ Close-loop control: equips with close-loop loading sensor, ensure loading force more precision, iVicky 6.0 control software realize auto loading, dwell and unloading.

◆ Auto Turret: indenter and objectives controlled by iVicky 6.0 software.

◆ Motorized Platform: precision X-Y movement to realize specific position hardness measurement.

◆ Auto Focus: Apply high resolution optic system and auto focus technology, MV-500 can realize auto focus and auto hardness evaluation only the specimen surface Ra≦0.8um.

◆ Auto Measurement Software: iVicky 6.0 can control hardness tester and data communication, includes objectives and indenter switch, auto loading, dwell and unloading, single or multiple indentation, set step distance, movement mode, auto record indentation dialog line and hardness value, auto generate depth and hardness curve, error statistics, test times group statistics, generate Excel and Word format report.

Company Features
1. Our professional equipment allows us to fabricate such microhardness test .
2. We have implemented a wide range of initiatives to realize sustainable development. For example, we fulfill our social responsibility through reduce CO2 emission.