Exhibitors

Tensile Compression Tester (UTM)

According to ASTM D3895 ISO11357 EN728 ASTM D3418 Up to 500C Including standard Tin, Ind pellets for calibration checkout 400pcs of aluminium pans Software CD (windows based software including Report out to WORD) N2 and O2 rotameter mass flow controller Hoses and connectors Software also has data export to advantage Software for analysis DSC measuring cell according to the heat flux principle Temperature sensors for control & sample temperature Connection for Purge gas flow to the sample for 2 gas types Temperature accuracy 0.1 C Sensitivity: 3.6 to 4.0 μV/mW Sensor Time constant: 2.5 s Calorimeter accuracy of ± 2% Calorimetric precision of ± 0.5% or better Two connections for purge gas-Inlet to the sample & 1 connection for cooling air

According to ISO 527 Servo controlled Long travel extensometer (optional) Ball screw Single column with two guide shafts USB port for computer connection Windows based software including all tensile compression test functions Load resolution 1/10000 Speed as per customer request Grips as per customer request for different products Easy operation and clear visualization (test curves, calculations) Easy to change the grips via male-female connection Accuracy ±0.5% of full scale Precise self-cleaning ball-screw Brush-less servo motor quarantine maintenance-free operation

Oven diameter 600mm Max Temperature 300C Max rotational speed 30rpm Mold as per customer request Pyrex glass window to see inside oven Mold material aluminum and pyrex Control from panel and PC using USB port PC in optional 9-Step programmable software Telescopic door Aperture on oven for IR temperature measurement of mold surface Sliding mold movement into oven Adjustable arm for laptop placement Control panel based on PLC

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Computerized Vicat Tester According to EN 727, TS EN 1401-1 USB port to connect to the computer Graphing data of temperature, time, displacement PLC based Connection of cooling water from back side Includes brass pipes inside chamber for fast cooling Automatic valve control of cooling water connection Automatic Vicat and HDT temperature determination from the graph According to ISO 75 , ISO 306 , ASTM D 648 , ASTM D 1525 Pneumatic sample elevator Number of stations: 2 Digital indicator for needle depth Temperature increase rate as per standard Digital timer included PID temperature control Bath circulation system Weight 50N (specific weights are an option) Automatic temperature increase rate control via software Over temperature control thermostat Training video included Including mechanical stirrer for spatial temperature homogeneity Stirrer motor speed control SS304 bath The basic machine is only a Vicat softening point and other fixtures for HDT testing are an option. (Please note when you are placing an order) For the model of HDT-Vicat there are stations for the placement of samples for both HDT and Vicat testing Easy replacement of resistance heating elements (flange type) Easy replacement of temperature sensor from the back side

According to ISO 179, ISO180 Direct measurement of impact energy Calibration function for different pendulums Thermal printer included USB data export as MS EXCEL file Low friction ball bearings used 4 inch touch display Angle resolution 0.01 Display of pendulum angle any time 30 jouls IZOD and CHARPY hammer IZOD and CHARPY test fixture PC cover for operator safety Power 220V-50Hz Sample grip height adjustment Training video

The melt pump is driven by servo motor Equipped with manual plate nitride treated screen changer of high hardness and wear resistance High precise melt pressure sensor provides an accurate melt pressure Computer included and machine has ceramic heating zones Equipped with 2 melt pressure sensor and swiss made melt pump Software is based on LABVIEW and reporting is on MS WORD According to EN 13900-5 & EN ISO 23900-5 Computer controlled Software and computer included Ergo arm for monitor Safety functions for max over pressure Melt pump according to the norm Easy change of filter PID controllers for temperature Servo motor control for melt pump Digital display of pressure before and after melt pump Easy hopper removal Reporting in MS WORD Easy distance training and aftersales services Full test cycle automatically done Closed loop screw rotation control

A microscope is required to examine the agglomerates in polyolefins to determine the degree of dispersion. The digital camera is used for image acquisition, documentation, and archiving. It is supplied with image processing software and a PC for automatic determining the dispersion grade. According to ISO 18553 , ASTM D 5596 Microscope CCD camera for capture Dispersion analysis software as per ISO 18553 One pack of glass slide Clips and cutter for sample preparation

According to ISO 7765, ASTM D1709 Touch display Thermal printer report out USB data out to excel Pneumatic sample grip Includes dart weights Full calculation as per standard method Manual heigh adjustment Magnetic or pneumatic release of dart