• Static tension tests, including static tension tests under an elevated temperature, with temperature range up to 1100° C.

Objects: Chemically resistant and heat resistant ceramic products; steel-wire ropes; composites with metallic, ceramic and polymer matrix; ceramic and electrotechnical materials; powder materials; metals and alloys; textile fibers; plastics; wire; rubber sponge; welded joints; steel; metal pipes; reinforcing steel (wire, rods); load hooks

• Compression tests. Load range: 0,6¸300 kN. Accuracy±1,0%

Objects: refractory products with a total porosity of less than 45% and thermally insulating products; chemical-resistant and heat-resistant ceramic products; composite materials with a polymer matrix (composites); powder materials; ceramic electrotechnical materials; metals and alloys; plastics; diamond powder; sintered hard alloys

• Bending tests. Load Range: 0,6¸300 kN. Accuracy ± 1,0%

Objects: chemical-resistant and heat-resistant ceramic products; composite materials with a polymer matrix (composites); powder materials; metals and alloys; solder joints; sintered hard alloys; inorganic glass and glass ceramics.

• Vickers hardness tests. Range HV: 8,0¸2000

Objects: metals and alloys; powder products; sintered hard metals.

• Microhardness testings (with indentation and scratching). Range HV: 8,0¸2000

Objects: metals and alloys; plastics; ceramics; inorganic glass and glass ceramics.

• Evaluation of porosity and microstructure

Objects: powder products; sintered hard metals

• Grain size tests

Objects: nonferrous metals; ferrous metals and alloys

• Evaluation of nonmetallic impurity rating

Objects: steel

• Evaluation of macro- and microstructure and carbide inhomogeneity

Objects: steel; high-speed steels; tool alloy steel

• Determination of the phase composition of materials
• Determination of the elemental composition of materials: qualitative and quantitative analysis of chemical (elemental) composition (from sodium Na to uranium U) of solid or liquid samples

All the test methods are conducted in compliance with GOST (ISO) and STB EN operating in the Republic of Belarus and the Russian Federation

• Vityaz, P.A. Tribomechanical Modification of Friction Surface by Running – in Lubricants with Nano – Sized Diamonds / P.A. Vityaz, V.I. Zhornik, V.A. Kukareko, M.A. Belotserkovsky. – New York: Nova Science Publishers, Inc., 2010. – 120 р.
• Zhornik, V.I. Advances in Mechanics Research. Ch. 1. Tribomechanical Modification of Friction Surface by Running – In Lubricants with Nano-Sized Diamonds / V.I. Zhornik, V.A. Kukareko, M.A. Belotserkovsky. – New York: Nova Science Publishers, 2011. – 477 p.

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