Plastic Testing Equipment Dealers

The friction tester is primarly designed to determine the Co-Efficient of Friction of Plastic films, sheets, laminate, pipes and paper etc. The equipment provides the measurement of static and kinetic co-efficient of friction. The apparatus conforms to BS 2782 and ASTM D-1894 and other equivalent standards.Measurement of frictinal properites may be made on a film or sheeting specimen when sliding over itself of over another substance. The co-efficient of friction arer related to the slip properties of plastic films that are of wide interestin packaging application.These methods yield empirical data for control purposes in film production.Correlation of test results with actual performance can usually be established.

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Our company has achieved widespread recognition in offering Erichsen Cupping Testing Machine to the clients. This product is widely acknowledged for high strength and rugged construction. Erichsen Cupping Testing Machine is available in various specifications following the requirements of clients. This product is engineered in strict compliance with industry standards and guidelines by using first grade components and advanced technology at well developed manufacturing unit. Offered range is well known to be hugely resistant to corrosion with precise surface finish.

Features and Benefits Advanced microprocessor design ASTM D1238 and ISO 1133-2005 standards Self-diagnostics capability Comprehensive statistical capability Simple push-button RT D calibration Smart keys for easy programming Bright, 4-line by 20-character vacuum fluorescent display Windows™ software for test database and analysis Description The most precise instrument for the measurement of Melt Flow Rate (MFR) or melt volume rate (MVR) in quality control and research applications. The LMFI 5000 is the first melt flow indexer to utilize a powerful 32-bit microprocessor to provide test parameter control, self-diagnostics and digital calibration. The onboard computer controls and displays temperature to ±0.1°C using a unique PID control algorithm. Four melt indexer models are offered in the advanced Dynisco LMI 4000 series, each with features designed to meet specific application requirements.

Presto’s Balloon Burst Tester is used to test the 3-sided seal of the flexible packing. Using the pneumatic system to create the pressure inside the packet, the machine checks for any leakage in the seals. The 4th side of the packet is left open to blow-in the pressure. This pressure can be controlled with easy push button. The machine is capable of measuring the peak value of the pressure that a packet can withstand without getting burst. The pressure is applied to the specimen through a steel nozzle. Equipped with a seal strength detector, the machine gives an accurate measurement of the quality of the seal. The balloon burst tester is designed in compliance with different testing standards issued by relative authorities. It has inbuilt memory to store the reading.

Melt Indexer is made according to ASTM D1238. MI value means to measure polymeric material at certain temperature and under fixed load, the flow extrusion Weight within specific time. Therefore, melt Indexer can test melt polymeric material flow speed rate, the higher M1 value means fluidity is also higher. 

We offer a wide range of Melt Flow Index Tester widely used to determine the melt flow index of plastic material. This system is structured with a heated extruder tube, an interchangeable jet and a piston with dead weights. This piston is used to apply the required pressure on the material inside the carbon steel extruder tube.

We offer a wide range of Melt Flow Index Tester widely used to determine the melt flow index of plastic material. This system is structured with a heated extruder tube, an interchangeable jet and a piston with dead weights. This piston is used to apply the required pressure on the material inside the carbon steel extruder tube. A Bend Heater is affixed around outer circumference of the extruder tube and is used as an effective heating material. This heater is covered with a mineral wool insulation. The extruder tube is installed with a PID controller to indicate & control the temperature. Manufactured in accordance to the ASTM D 1238 & equivalent standards, this range of testers is available in various models with different parameters. Construction of the metal flow index tester: The assembly is fixed on a rigid stand. The bottom of the tube is lagged with an insulation of PTFE to prevent sticking of the extrudate The jet through which the extruder is pushed out is made from hardened and ground die steel The piston made from silver steel relieved at the upper end is provided to push the extrudate out of the jet. The piston moves inside the cavity of tube. A sleeve to provide to guide the relieved portion of the piston The plate-form is thermally insulated from the load. The extruder tube assembly is mounted on a metal box. A sheet metal control panel is mounted on the side of the equipment & houses the PID Controller, digital preset timer & other electronic components. Cleaning tools for tube cavity, jets, stoppers and cutters for the extrudate are also available with the equipment. The top of the piston carries a plate-form for keeping the load on.

"Surya" Melt Flow Index Tester is designed for measuring "Melt Flow Rate' with high accuracy and being used for quality control test on flow ability, grading of thermoplastic materials according to flow. It is designed to calculate accurate rate of extrusion of molten resin through an orifice of specified temperature and pressure. Standard equipment includes all operating tools, piston and dies, Integrated microprocessor based PID temperature controller for a temperature range of 0-350 Deg.C with time facilities,Resolution as 999.9 sec.