Melt Flow Index Tester Dealers

• Temperature range: Ambient to 300°C
• Diameter of extruder cavity: 9.55 mm
• Timer: Digital Preset Timer
• Dimensions of piston head: 9.47 mm diameter x 6.35
• Accuracy: + 0.20 degree celsius
• Weight: 2.16 kg and 5.0 kg

Features: Metal body Crack resistance Easy and handy Light weighted High strength Polished surface Details : ESPM GS IEC IAS

NUNES Melt Flow Index Apparatus for plastic measures the melt flow index of plastic material. The system consists of a heated extruder tube, an interchangeable jet through which the material under test is extruded, and a piston with dead weights to apply the specified pressure on the material inside the extruder tube. The extruder tube is made from carbon steel and is heated by means of a Bend Heater, which surrounds its outer circumference. A PID controller is provided to indicate & control the temperature of the tube. The heater logged with mineral wool insulation. The assembly is fixed on a rigid stand. The bottom of the tube is lagged with a insulation of PTFE to prevent sticking of the extrudate. The jet through with the extruder is pushed out is made from hardened and ground die steel. It is held at the bottom of the extruder tube. 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 top of the piston carries a plate-form for keeping the load on. 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 and jets & stoppers & cutter for the extrudate are also supplied with the equipments.

• Features: Two-zone band heater, Touch-screen control, Quick die release, Moveable oven for easy clean, Cut the extrudate automatically at user preset intervals, Powerful data analysis and control software
• Temperature working range: 50oC to 450 oC
• Temperature rising time: <30min
• Temperature fluctuation: ± 0.5 oC
• Temperature display error: ≤± 0.2 oC
• Temperature recovery time: <4min
• Accuracy of timer: 0.01s
• Cut-off time interval: 1-36000s
• MVR measurement accuracy: ±0.03%F.S
• Piston displacement accuracy: 0.02 mm
• Piston displacement resolution: 0.005 mm
• On board multi-weight system including following weights: 0.325, 1.20,2.16, 3.80,5.00, 10.00, 21.60 kg
• Accuracy of weight: ± 0.5%
• Power supply: (220-15% ∼220+10%) VAC 50Hz 800W
• Dimension (L x W x H): (630 x 690 x 1500) mm
• Weight: About 180kg

• Material: Mild Steel
• Frequency: 50 Hz
• Power: 220V
• Phase: Single phase
• Brand: PRESTO
• Temperature Range: Ambient to 400 degree C

• Melt flow index Tester: 50000

• Approx Price: Rs 60,000 /Piece

As a reliable name, we ensure that payment procedures remain secured with us. For this, we issue invoice to the customers stating the products, quantities and agreed prices. The material required for preparing quality-centralized product range is sourced from the trusted places and that too after complete quality confirmation.

The melt flow tester, built according to International standards, is an instrument for measuring with great accuracy the "Melt Flow Rate" and useful for quality control test on flow ability, grading of thermoplastic material according to flow In general, useful for predicting adequacy of thermal stability case of processing and quality of molding  

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.

• Industry Standards: BS EN ISO 1133 ASTM D1238 Method A
• Temperature Control Range: 120°C - 450°C (248°F - 842°F)
• Temperature Fluctuation: ±1% of set temperature
• Temperature Accuracy: ±0.2°C (±0.4°F)
• Electrical Requirements: 110/220 50/60 Hz (Please Specify)

MYQ  Melt Flow Indexer, often abbreviated as "MFI", is an affordable-price tabletop instrument used to test the melt flow resistance (MFR) of a wide range of thermo-plastic materials. The tester conforms to all National and International melt flow resistance standards, including BS EN ISO 1133 and ASTM D1238. Any temperature within 120°C-450°C (248°F-842°F) can be accurately controlled.Included weights 1 600g 1 875g 1 960g 1 1000g 1 1200g 1 1640g 8 2000g Features Built-in microprocessor maintains temperature control to within ±0.2ºC (±0.4ºF), with rapid ramp-up to set point. Temperature fluctuation is ±1% of set temperature. Extruded material automatically cut-off by built-in scraper mechanism at preset intervals, controllable to ±0.01 seconds. Clear multi-line LCD display and tactile-feedback membrane keypad allow fast, accurate input of test parameters and provide continuous display of settings during testing. AccessoriesThe Melt Flow Indexer is supplied with all the accessories and weights necessary for maintenance and operation. Nothing else to buy! 2 Piston Rods 2 Tungsten Carbide Dies 3 Replacement Cut-Off Knives 1 Cleaning Tool 1 Charging Tool Die Ejector 1 Level Meter 1 Guide Bushing 1 Filling Funnel 2 Cylinders 1 Die Cleaning Tool

Product Description   Melt Flow Index Apparatus for plastic measures the melt flow index of plastic material. The system consists of a heated extruder tube, an interchangeable jet through which the material under test is extruded, and a piston with dead weights to apply the specified pressure on the material inside the extruder tube. The extruder tube is made from carbon steel and is heated by means of a Bend Heater, which surrounds its outer circumference. A PID controller is provided to indicate & control the temperature of the tube. The heater logged with mineral wool insulation. The assembly is fixed on a rigid stand. The bottom of the tube is lagged with a insulation of PTFE to prevent sticking of the extrudate. The jet through with the extruder is pushed out is made from hardened and ground die steel. It is held at the bottom of the extruder tube. 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 top of the piston carries a plate-form for keeping the load on. 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 and jets & stoppers & cutter for the extrudate are also supplied with the equipments.   The distance between the driving and the flexing rollers can adjusted with the help of a screw arrangement to enable the belt to be mounted over different flexing rollers and to allow for small differences in belt length. This is done by turning a hand wheel on the side of the tester. The tester is fitted with an acrylic front cover and a wire mesh safety guard, which allows adequate circulation of cooling air round the test specimens during the test. For safety of the user, the motor can be started only when cover is closed.

We source the required raw material from the certified places after complete quality confirmation. As a result of which, the finished products comply with elevated industry standards. Buyers are free to place orders and can expect timely deliveries of the same.   STANDARDS : All Indian Standards, ASTM, DIN, BS Standards and many other equivalent Standards.       APPLICATION : M.F.I Tester is used to measure the flow rate of different Polymers. The generated values helps to distinguish the different grades of Polymers. Because of the fact that plastic materials are seldom manufactured without incorporating additives, which affect the processing characteristics of material like stability and flow ability.     USP : HEXA PLAST provides Melt Flow Indexer with customized controller keeping in mind the process of test. Precise Temperature with accuracy of + 0.1º C. Microprocessor based digital timer with facility to select number of test, cutter time, buzzer indication on completion of test and advance buzzer indication for manual cutting procedure. Fully Automatic MFI is having facility to conduct to test independently by pre-setting the temp. of test, time & applying the required Load and it will directly give the result of MFI for individual test & average of all test. Determination of melt flow index of thermo plastic materials   Definition : Melt flow index is defined as the rate of extrusion of molten resin under specified temperature and pressure through a specified size of die in 10 minutes. It is expressed in g/10 min. MFI Tester capable of maintaining tem. From ambient to 350°C   Principle & Significance: This characteristic is primarily useful for measuring uniformity of flow rate of materials. This is used for grading of Thermoplastic material and their quality control i.e. in determining lot-to-lot consistency of resin. A material having high molecular weight has more resistance flow than the flow molecular weight polymer.

• Power: 230v AC, 50Hz.
• Country of Origin: India
• Temperature Controller: Microprocessor based Digital Temperature Controller.
• Temperature Range: Upto 400 Deg.c
• Resolution: 0.1 deg.c
• Accuracy: +/- 0.1% F.S.D.
• Timer: Microprocessor Based Digital Timer with range up to 999.9 Second and having reset facility and buzze
• Weights: 2.16 kg & 5 kg Hard chrome plated weights.
• Accessories: Orifice, Piston, Barrel Cleaner, Orifice Cleaner Etc.
• Sample Cutter: Auto-cut
• Paint: Powder Coating.
• Amperes: 4 Amps.

Product Code: EKE 902Melt Flow Index Apparatus is used for determination of the Melt Flow Index of Polythene compounds. It is suitable for operation on 220 V, 50 Hz, Single phase, AC supply. The apparatus consists of a metallic cylinder, fitted with heating elements and enclosed in a metallic chamber. A piston and two weights are provided to facilitate the measurement of the flow index property. An automatic thermal control unit provided helps to regulate the uniform and slow heating of the sample.Details Standrad: IS : 1596, IS:2530 EKE 90201 Bent Type Thermometer, Range: 160º C to 200º C EKE 90202 Heating Element EKE 90203 Spare Jet

• Temperature Range: Ambient to 299.9°C.
• Diameter of heater tube cavity: 9.55 mm.
• Dimensions of piston head: 9.47 mm Diameter X 6.35 mm Long
• Dimensions of jets holes: 2.095 mm X 8.00 mm Long
• Weights: 325 gm, 1050 gm, 2160 gm & 5000 gm.
• ASTM-D- 1238 – 1982: Standard test method for flow rate of Thermoplastic by Extrusion Plastometer.
• Warranty: 1 Year

Melt Flow of thermoplastic material is defined as the rate of flow in grams per ten minutes of extrudate of molten resins through a jet of a specified length and diameter under prescribed conditions of temperature, load & piston position in a cylindrical cavity inside a heated metallic tube barrel at the measurement is being made. The ASIAN Melt Flow Index Apparatus for Plastic consists of a heated extruder tube, an interchangeable jet through which the material under test is extruded, and a piston with dead weights to apply the specified pressure on the material inside the extruder tube. The extruder tube is made from carbon steel and is heated by means of a Bend Heater, which surrounds its outer circumference. A PID controller is provided to indicate & control the temperature of the tube. The tube has a hole parallel to its bore for placing the thermocouple junction. The heater logged with mineral wool insulation. The assembly is fixed on a rigid stand. The bottom of the tube is lagged with a 3 mm thick insulation of PTFE to prevent sticking of the extrudate. The jet through with the extruder is pushed out is made from hardened and ground die steel. It is held at the bottom of the extruder tube. 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 top of the piston carries a plate-form for keeping the load on. 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 and jets & stoppers & cutter for the extrudate are also supplied with the equipments.