Upon arrival at the facility, the raw material stored in silos undergoes rigorous testing in our in-house laboratory.
Each material is thoroughly inspected and certified according to our strict quality standards, including composition analysis, mechanical, thermal, and functional tests.
Only materials that pass all required tests proceed to the production phase and are directed to the distribution control unit.
The pendulum impact test, commonly known as the Charpy impact test, is a method used to evaluate a material’s resistance to impact. A pendulum with a hammer strikes a notched specimen, and the energy absorbed during fracture is measured. This value provides an indicator of the material’s toughness and impact resistance.
This is a testing machine used to determine the Melt Flow Rate (MFR) of plastic materials—that is, the flowability of the raw material—according to international ASTM and ISO standards. This value is critically important during the transformation phase of raw materials, as thermoplastics are processed under pressure and temperature. The ability of these molten materials to flow under pressure at a specific temperature is fundamental to polymer science and technology.
During product design, it is essential to optimize material usage to achieve components that are strong, yet lightweight and rigid. Key reference properties include the elastic modulus and tensile strength.
The tensile test is performed using two clamps that hold the ends of a specimen with a specific shape and apply a tensile force.
The result of the test is the breaking load or yield strength of the raw material.
When properly equipped with extensometers, the specimen also provides the tensile modulus of elasticity.
The testing machine is designed to perform tests on a wide range of specimens in accordance with ASTM and ISO international standards.
PENDULUM IMPACT TEST
The pendulum impact test, commonly known as the Charpy impact test, is a method used to evaluate a material’s resistance to impact.
A pendulum with a hammer strikes a notched specimen, and the energy absorbed during fracture is measured.
This value provides an indicator of the material’s toughness and impact resistance.
MELT FLOW TESTER
This is a testing machine used to determine the Melt Flow Rate (MFR) of plastic materials—that is, the flowability of the raw material—according to international ASTM and ISO standards.
This value is critically important during the transformation phase of raw materials, as thermoplastics are processed under pressure and temperature.
The ability of these molten materials to flow under pressure at a specific temperature is fundamental to polymer science and technology.
TENSILE TEST
During product design, it is essential to optimize material usage to achieve components that are strong, yet lightweight and rigid. Key reference properties include the elastic modulus and tensile strength.
The tensile test is performed using two clamps that hold the ends of a specimen with a specific shape and apply a tensile force.
The result of the test is the breaking load or yield strength of the raw material.
When properly equipped with extensometers, the specimen also provides the tensile modulus of elasticity.
The testing machine is designed to perform tests on a wide range of specimens in accordance with ASTM and ISO international standards.