Laboratory

Determination of mechanical properties: Tensile test

• Determination of yield strength (σt)

• Determination of ultimate tensile strength (σw)

• Determination of relative elongation (δ%)

• Bending test

Hardness determination test

• Brinell hardness test (HB)

• Vickers hardness test (HV)

• Rockwell hardness test (HRC)

Mechanical strength test based on the assessment of impact and falling load effects

Chemical analysis

Macrostructure evaluation

Microstructure evaluation

Notch fracture test

Strip weld separation test

Impact resistance test conducted to evaluate the effect of mechanical aging after bending

Puncture test performed using the drop weight method

• Visual inspection (VT)
• Ultrasonic testing (UT)
• Radiographic Testing (RT)
• Magnetic particle detection (MP)
• Penetrant detection test (PT)

• Hardness test according to the Buchholz method (using an indentation tip)

• Adhesion test performed by pull-off method (Pull-off method)

• Cathodic disbondment test

• Impact resistance test

• Measurement of dry film thickness

• Density measurement (for paints and polymers)

• Viscosity test (for paint)

• Kinematic viscosity test (for oil)

• Conical mandrel bending test

• Adhesion test of internal epoxy coatings using the cross-cut method

• Determination of adhesion after water immersion

• Adsorption test

• Thermal aging test (for epoxy and polymer materials)

• Determination of mineral residue content

• Evaluation of uniform surface formation

• Determination of gel time of powder coating

• Coating hardness test (SHORE A, SHORE D)

• Determination of elongation percentage

• Puncture resistance test

• Melt Flow Rate determination (MFR method)

• Particle size analysis by sieve method

• Determination of moisture content by desiccator method

• Slump test
• Air content test
• Temperature measurement
• Flow test
• Compressive strength test
• Determination of shape, size and other requirements for samples and molds
• Preparation and storage of samples for determination of strength limit

• Chemical test
• Los Angeles Abrasion Test
• Sodium Soundness Test
• Crushing Value Test
• Sieve test
• Density test (particle, bulk, relative ) Water absorption test
• Determination of organic compounds
• Determination of flat and elongated particles in concrete aggregates

• Determination of physical and mechanical properties of Cement

• Pile Integrity test

• Particle size distribution of soil
• Determination of the liquid and plastic limits
• Organic content determination test
• Chemical test (determination of ions)
• Moisture content test
• Optimum moisture content and maximum dry density
• Static plate load test
• Determination of soil strength and deformation Determination of soil density (sand cone method) Impermeability test
• CBR Compaction-related tests (including in-situ) Determination of the maximum density index Determination of the minimum density index

• Bitum və Bitum tərkibli qarışıqların fiziki və mexaniki xassələrinin təyini

• Water turbidity determination test
• Water analysis for concrete and mortars

• Determination of load resistance
• Determination of deformation
• Sizes determination test
• Weight determination test

• Determination of percent compactibility
• Determination of active bentonite content
• Determination of compressive strength in a damp state
• Determination of sand moisture content
• Determination of pH Value of sand
• Gas permeability determination
• Determination of mass loss on ignition Sieve analysis of sand
• Sample preparation of molding sand and determination of compressive strength

• Determination of gel formation
• Determination of swelling
• Determination of Methylene blue factor
• Determination of pH Value of bentonite
• Determination of moisture content
• Determination of mass loss on ignition of bentonite

• Determination of ash content
• Determination of total humidity of ash
• Determination of fineness module (sieve analysis )

• Checking the pressure resistance of pressurized polyethylene pipes and pipe fittings (coupling, flange, elbow) at 20oC for 100 hours and at 80oC for 165 hours.

• A test conducted to determine the resistance of plastic pipes to external loads

• Test to determine the amount of carbon used to provide resistance to ultraviolet radiation (UV) inside the product and raw material

• A test conducted to clarify the behavior of polyethylene raw and material under the influence of heat.
• Determination of the density of polyethylene raw and material

• A test conducted to preserve the chemical and mechanical properties of raw materials and products in an oxidizing environment.

• Test for determining the homogeneous distribution of carbon inside a polyethylene pipe and its fittings.