Equipment catalog
(Exporting a full PDF can take more than 30 seconds).| Name (Type) | Description |
|---|---|
| 3D printer CreatBot F430 (Polymer processing) |  Short description : 3D printer equipped with dual extruders. Able to print High performance material like PEEK, PEI, etc (Tmax =420°C). Location : Boltzmann - a.+255 Person(s) resource(s) : Quentin Papeloer, Vous devez vous identifier pour obtenir davantage d'informations. |
| 3D printer Flashforge Creator 3 (Polymer processing) |  Short description : 3D printer equipped with camera and 2 independent extruders. Support carbon fiber Filament Maximum Set Temp. of Extruder: 300 ℃ Location : Boltzmann - a.+255 Person(s) resource(s) : Quentin Papeloer, Vous devez vous identifier pour obtenir davantage d'informations. |
| 3D printer Makerbot-1 (Polymer processing) |  Short description : 3D printer with dual extrusion that is optimized for printing with conventional thermoplastic filaments. Location : Boltzmann - a.+255 Person(s) resource(s) : Quentin Papeloer, Vous devez vous identifier pour obtenir davantage d'informations. |
| 3D printer Makerbot-2 (Polymer processing) |  Short description : 3D printer with dual extrusion that is optimized for printing with conventional thermoplastic filaments.Location : Boltzmann - a.+255 Person(s) resource(s) : Naïma Sallem, Quentin Papeloer, Vous devez vous identifier pour obtenir davantage d'informations. |
| DSM extruder/compounder (Polymer processing) |  Short description : Lab bench twin screw extruder/compounder with recycled loop. Specifications: Max sample material usage :15g Max. screw speed 150 rpm; Max. Temperature 400°C Accessories:pelletizer, injection molding system and filament and film spooler. Location : Boltzmann - a.+219 Person(s) resource(s) : Naïma Sallem, Pascal Van Velthem, Vous devez vous identifier pour obtenir davantage d'informations. |
| Extruder Process 11 (Polymer processing) |  Short description : Process 11 Parallel Twin-Screw Extruder. Lab bench twin screw extruders with the option of water assisted extrusion (Minimized sample material usage (20g); Throughput range 20g/h to 2.5kg/h; Max. screw speed 1000 rpm; Barrel Length L/D: 40 L/D; Max. Temperature 450°C). With accessories such as pelletizer and filament and film spooler. Available also a Thermo Scientific™ HAAKE™ MiniJet Pro Injection Molding for manufacturing tensile specimens according to ISO 527-1. Location : Boltzmann - a.+216 Person(s) resource(s) : Naïma Sallem, Pascal Van Velthem, Vous devez vous identifier pour obtenir davantage d'informations. |
| RTM/SQRTM (Polymer processing) |  Short description : Resin transfer molding (RTM) is a process for manufacturing parts in composite materials (polymer matrix/fibre reinforcement). It is an industrial process for injecting liquid resin at low pressure into a rigid and closed mould.What sets SQRTM (Same Qualified Resin Transfer Molding) apart from standard RTM is that, in place of a dry fiber preform, it substitutes a prepreg layup. Prepreg plies are arranged within the mold, the mold is closed, and then, somewhat counterintuitively, liquid resin is injected into the tool Specifications: Injector: 6L Max pressure: 7bar Max temperature : 180°C Location : Réaumur Hall E Person(s) resource(s) : Wael Ballout, Pascal Van Velthem, Vous devez vous identifier pour obtenir davantage d'informations. |
| Anton Paar MCR301 (Rheology) |  Short description : This rheometer is a stress controlled rheometers equipped for melts, gels, etc. A wide range of measurement geometries and sample environments are present. Specifications Min torque : 0,1µNm Max torque : 200mNm Torque resolution : 0, 1nNm Frequency range : 10-4Hz- 100Hz Temperature measuring range : -150°C….+600°C Location : Boltzmann - a.+178 Person(s) resource(s) : Naïma Sallem, Vous devez vous identifier pour obtenir davantage d'informations. |
| ARES-1 (Rheology) |  Short description : The ARES rheometer allows the measurements of common rheological properties: visco-elasticity, viscosity, yield stress, … True strain controlled unit adapted for melts, solutions and suspensions. Can be operated in steady or dynamic modes. Linear and nonlinear shear tests. A wide range of measurement geometries are available. Temperature measuring range : -150°C to 600°C Location : Boltzmann - a.+178 Person(s) resource(s) : Naïma Sallem, Vous devez vous identifier pour obtenir davantage d'informations. |
| ARES-2 (Rheology) | Short description : The ARES rheometer allows the measurements of common rheological properties: visco-elasticity, viscosity, yield stress, … True strain controlled unit adapted for melts, solutions and suspensions. Can be operated in steady or dynamic modes. Linear and nonlinear shear tests. A wide range of measurement geometries are available. Temperature measuring range : -150°C to 600°C Location : Boltzmann - a.+178 Person(s) resource(s) : Naïma Sallem, Vous devez vous identifier pour obtenir davantage d'informations. |
| Kinexus (Rheology) |  Short description : Specifications
Location : Boltzmann - a.+178 Person(s) resource(s) : Naïma Sallem, Vous devez vous identifier pour obtenir davantage d'informations. |
| Vader 1000 (Rheology) |  Short description : Measurement of the rheological properties (viscosity, modulus, relaxation times) under uniaxial extension. Adapted for polymer melts. Temperature control. Location : Boltzmann - a.+178 Person(s) resource(s) : Naïma Sallem, Vous devez vous identifier pour obtenir davantage d'informations. |
| DSC 1 (Thermal analysis) |  Short description : Differential Scanning Calorimetry (DSC) provides the determination of thermal transitions (glass transition temperature, melting, crystallization, etc.) and their associated energies.Specifications: Temperature range: -90 to +500°C Atmosphere: N2 or O2 Autosampler Modulated DSC TOPEM Location : Boltzmann - a.+216 Person(s) resource(s) : Naïma Sallem, Pascal Van Velthem, Vous devez vous identifier pour obtenir davantage d'informations. |
| DSC 821 (Thermal analysis) |  Short description : Differential Scanning Calorimetry (DSC) provides the determination of thermal transitions (glass transition temperature, melting, crystallization, etc.) and their associated energies.Specifications: Temperature range: 25 to +700°C Atmosphere: N2 or O2 Autosampler Location : Boltzmann - a.+216 Person(s) resource(s) : Naïma Sallem, Pascal Van Velthem, Vous devez vous identifier pour obtenir davantage d'informations. |
| DSC 822 (Thermal analysis) |  Short description : Differential Scanning Calorimetry (DSC) provides the determination of thermal transitions (glass transition temperature, melting, crystallization, etc.) and their associated energies.Specifications: Temperature range: -150 to +700°C Atmosphere: N2 or O2 Autosampler Location : Boltzmann - a.+216 Person(s) resource(s) : Naïma Sallem, Pascal Van Velthem, Vous devez vous identifier pour obtenir davantage d'informations. |
| FDSC (Thermal analysis) |  Short description : With ultra-fast cooling and heating rates (a range range of more than 7 decades) of this differential calorimetric analyzer, it is possible to study chemical processes and thermally induced physical transitions, such as the crystallization and reorganization of polymers.Specifications: Cooling rate: -4000K/s Heating rate: 40000K/s Location : Boltzmann - a.+216 Person(s) resource(s) : Pascal Van Velthem, Vous devez vous identifier pour obtenir davantage d'informations. |
| HPDSC (Thermal analysis) |  Short description : HPDSC 827 can be used to study the influence of pressure on thermal transitions (glass transition temperature, melting, crystallization, chemical reaction, etc.) of a sample. Max pressure: 100bar Location : Boltzmann - a.+216 Person(s) resource(s) : Pascal Van Velthem, Naïma Sallem, Vous devez vous identifier pour obtenir davantage d'informations. |
| TGA (Thermal analysis) |  Short description : TGA provides the study of the thermal stability of a sample as a function of time and temperature. Determination of residual water or volatile content, loading rate, etc. Autosampler Temperature range : +30 to +1000°C Atmosphere : N2 ou Air Location : Boltzmann - a.+219 Person(s) resource(s) : Naïma Sallem, Pascal Van Velthem, Vous devez vous identifier pour obtenir davantage d'informations. |
| DMA (Thermomechanical analysis) |  Short description : Dynamic Mechanical Analysis (DMA) is a technique in which the elastic and viscous response of a sample under oscillating load, are monitored against temperature, time or frequency. Specifications: Temperature range: -150 to +350°C Deformation modes: compression, shear, tensile, bending Location : Boltzmann - a.+219 Person(s) resource(s) : Pascal Van Velthem, Vous devez vous identifier pour obtenir davantage d'informations. |
| INSTRON Tensile Machine (Thermomechanical analysis) |  Short description : Tensile machine equipped with 2 force cells, 100N and 10kN. Measurement of tensile mechanical properties between -100°C and +350°C. Optical extensometer allowing to measure the deformations without contact with the sample. Analysis of strain fields during measurement. Location : Boltzmann - a.+165-10 Person(s) resource(s) : Naïma Sallem, Pascal Van Velthem, Vous devez vous identifier pour obtenir davantage d'informations. |
| TMA (Thermomechanical analysis) |  Short description : Thermo-mechanical analysis provides the determination of variations in the dimensions of a sample as a function of temperature (coefficient of expansion, glass transition, creep, softening point, etc.).Specifications Temperature range : -150 to +350°C DLTMA Frequency : -0,1…1,0N Location : Boltzmann - a.+219 Person(s) resource(s) : Pascal Van Velthem, Vous devez vous identifier pour obtenir davantage d'informations. |