Product Description
We are manufacturing and supplying a wide range of PP and PE Melt Flow Testing Machine that is utilized to decide dissolve mass stream rate (MFR) melt-Volume stream rate (MVR) and liquefy thickness of thermoplastic resin. It is pertinent not exclusively to the higher softening temperature for example, polycarbonate, nylon, Fluoroplastics, poly oxide and other designing plastics. Additionally, it applies to plastic estimation of soften lower temperature such as polyethylene, polystyrene, polypropylene, ABS sap, polyformaldehyde gum. In the meantime, it is broadly utilized as a part of plastics crude materials products,the petrochemical industry and related colleges, logical research foundations, and item assessment offices. PP and PE Melt Flow Testing Machine depends on planned and produced by most recent national and global measures. Also, its preference to joined different machine of household and worldwide models with reduced structure,beautiful appearance based on composed and made by most recent national and universal principles.
Determinations :
PP and PE Melt Flow Testing Machine
- PP and PE Melt Flow Testing Machine is used to decide soften mass stream rate .
- High quality, melt indexer
- Direct processing plant
PP and PE Melt Flow Testing Machine
- Melt record analyzer is utilized to decide dissolve mass stream rate (MFR).
- High quality, melt indexer
Main parameters of machine:
- Testing range: 0.1-800.00g/10min (MFR) & 0.1-800.00 cm3/10min(MVR)
- Temperature range: Room temperature~400oC
- Displacement accuracy: 0.01mm
- Standard loads: 325g, 875g, 960g, 1200g, 1640g, 2500g, 4100, 5000g & 5000g
- Combination load: 325g, 1200g, 2160g, 3800g, 5000g, 7160g, 10000g, 21600g
- Material cutting method: Manual, timing and automatic cutting (optional)
- Time setting: 0.1~999.9min
- Cylinder: Diameter 9.5504+0.0076mm
- CE certificate, Quality certificate are included
Test method:
- Melt Mass-Flow Rate (MFR) & Melt Volume Rate (MVR) For Raw Material
Test Standard:
- ISO 1133 - Determination of the melt mass-flow rate (MFR) and melt volume rate (MVR) of thermoplastics
- ASTM D 1238-Standard Test Method for Melt Flow Rates of thermoplastics by extrusion plastometer
By Industry:
Measurement of Quality; rubber and plastics; universities; research laboratories; commodity inspection arbitration, technical supervision departments; petrochemicals; other industries.
Other Details :
| Minimum | 1 SET |
| Delivery | 15 days after order. |
| Country | China |
| Brand Name | HD |
| Package | Each set protected with resin fiber and PP film, then put into Strong wooden case with operation manual and video inside. |
| Payment | L/C, D/P, T/T |
| Price | FOB, CIF |
Advanced Temperature PrecisionEquipped with digital controls, this melt flow testing machine offers an impressive temperature range from room temperature to 400C, with a resolution of 0.1C. The precision ensures consistent testing outcomes regardless of material batch, supporting reliable quality assurance processes for PP and PE granules and compounds.
Robust and Easy-to-Maintain HardwareConstructed with a corrosion-resistant stainless steel barrel and sturdy mild steel frame, the machine is built for durability. The replaceable die and easy-clean design minimize downtime and simplify maintenance, saving time for busy labs and production facilities.
Standard-Compliant and Versatile OperationFully compatible with ASTM D1238 and ISO 1133 testing standards, this device is suitable for various testing scenarios. Its digital programmable timer, integrated scale gauge, and optional load weights accommodate a wide array of PP and PE material properties, making it a versatile choice for different applications.
FAQs of PP and PE Melt Flow Testing Machine:
Q: How does the PP and PE Melt Flow Testing Machine measure melt flow rate?
A: The machine determines melt flow rate by heating PP or PE samples in a stainless steel barrel to a specified temperature, using a digital control system. A hard chrome-plated piston applies a standard load to extrude the material through a die with a 2.095 mm orifice. The quantity of material extruded over a set time is weighed, yielding the melt flow rate in g/10min.
Q: What test standards are supported by the machine?
A: This melt flow tester complies with ASTM D1238 and ISO 1133 standards, ensuring accurate and consistent testing of polypropylene and polyethylene granules and compounds for both local and international quality requirements.
Q: When is melt flow testing necessary for PP and PE materials?
A: Melt flow testing is essential during raw material selection, process optimization, and quality control for plastic manufacturers and processors. It helps identify the viscosity and processability of PP and PE materials before extrusion or molding operations.
Q: Where can this melt flow testing machine be used?
A: This machine is ideal for laboratories, manufacturing plants, research facilities, and testing centers that need to measure the melt flow rate of PP and PE materials. It is well-suited for use by dealers, distributors, exporters, retailers, suppliers, traders, and wholesalers in India.
Q: What are the benefits of using this melt flow tester?
A: The tester offers high accuracy (0.01 g), precise temperature control, simple operation, and easy cleaning. These features lead to reliable results, faster turnaround, and hassle-free maintenance, which collectively enhance productivity and quality assurance.
Q: How is the temperature maintained during testing?
A: A digital temperature control system maintains precise heating from ambient conditions up to 400C, with a fine temperature resolution of 0.1C. The LED display allows for continuous monitoring, ensuring optimal testing conditions throughout the process.
Q: What is the process for cleaning and maintaining the machine?
A: The corrosion-resistant stainless steel barrel and replaceable die design make the machine straightforward to clean. Regular maintenance involves removing residual polymers from the barrel and die, wiping accessible areas, and occasionally inspecting the piston and heating elements for optimal performance.