Research on composite materials and polymers

Guaranteed high quality, modern technologies, experienced employees.

Take advantage of the knowledge and experience of our experts in conducting research:

• Determination of heat deflection temperature (HDT) for resins and composites according to ISO 75
• Determination of the glass transition temperature and other thermal transformations using a differential scanning calorimeter (DSC)
• Technology consulting based on the results obtained within the above services
• Consulting on the selection of materials for composite production (types of reinforcement and polymer matrix), production techniques (manual, injection techniques), composite construction (reinforcement arrangement, composite thickness)
• Testing of bending, compression, tensile and impact strength

Price: agreed individually with the client depending on the type of examination

Strength tests of composite materials, resins and thermoplastics:

– approx. PLN 350 net for 1 material (5 samples): bending strength, tensile strength

– approx. PLN 450 net (3 samples): heat deflection temperature (HDT)

– PLN 400 net (10 samples): Charpy impact strength

Thermal parameter testing: thermal transitions of thermoplastic and chemically curable materials: PLN 350–650 net depending on the test (per test). Individual pricing based on inquiry.

Research laboratory equipment:

Vicat & HDT ZwickRoell

ZwickRoell's HDT/Vicat Standard devices are ideal for routine supply control, quality control, and training purposes. Advantages:

• simple parameterization and evaluation using testXpert III research software from ZwickRoell,
• optional external cooling device available for faster initial temperature acquisition,
• possible to perform tests in accordance with ISO 306, ASTM D 1525, ISO 75 and ASTM D 648.

METTLER TOLEDO DSC 3 Analyzer

Features and benefits of the METTLER TOLEDO DSC 3 analyzer

• Durable MultiSTARe sensor with 56 thermocouples – ensures effective detection of very small and very large thermal effects
• Durable and reliable sample feeder
• Launching studies with One Click™
• Easy FlexCal® calibration
• Modular and ergonomic design
• Wide temperature range – from -150 to 700 °C in one measurement
• STARe Excellence Software

Thermal analysis, particularly dynamic scanning calorimetry (DSC), is a fundamental method for studying the thermal properties of polymeric materials. It is used as a primary research method for:

• determining the melting point and polymorphic transformations of polymers
• glass transition temperature
• distribution of transformation temperatures and their dependence on the presence of admixtures in the polymer, solvent, degree of branching, degree of orientation, and crystalline phase content.

All of these physical transformations are accompanied by significant changes in the material's properties, which influence its processing parameters. Knowledge of these changes is essential for correctly determining all processing parameters, such as injection molding, extrusion, thermoforming, and others.

The analysis allows for the determination of:

• specific heat of the material
• heat and temperature of melting and crystallization
• heat and temperature of other phase changes
• entropy of changes
• heat and activation energy of chemical reactions - for curable polymers (resins)
• adsorption energy etc.

It is a complementary method to other research methods such as: viscosity – measurement of the melt flow rate.

Introducing laboratory classes using this device into the training program will significantly expand and complement knowledge about polymer materials, as modern construction materials that are fundamental in many fields of technology. Awareness of their properties allows for the targeted and effective use of many known and new polymer materials in all areas of engineering materials application.

Moisture analyzer MA 200/1.X2.IC.A.NS and moisture analyzer MA 200/1.X2.A.NS

MA X2 series moisture analyzers are modern devices for quick analysis of various samples.
in terms of moisture, dry matter content and other product parameters.
The MA.X2 series features an innovative automatic drying chamber opening and closing system. The chamber can be opened and closed using motion sensors or a touchscreen button.

Automatic opening of the drying chamber:

• accelerates the cooling of the drying chamber after the process is completed,
• speeds up the dosing of the weighed portion
• facilitates the implementation of control processes,
• makes it easier to keep the device clean,
• improves work ergonomics.

The MA X2 series features a convenient user interface in the form of a color touchscreen panel. Hotkeys, information fields, and programmable labels allow for flexible configuration of the operator panel. The drying process can be performed at any temperature.
or be linked to a specific product using the databases below.

Why is it worth working with us:

• we operate innovatively, effectively, flexibly and quickly,
• we focus on quality and practical results, as evidenced by the positive opinions of training participants and their repeated choice of our company,
• we value a very good atmosphere of cooperation and mutual trust,
• we focus on a professional and competent approach to the client,
• we are open to all suggestions, comments and proposals from our clients,
• we have proven, experienced staff.