Hot selling lab melt flow index tester Plastic Meter Testing Machine MFR Melt Flow Indexer with high quality

Hot selling lab melt flow index tester Plastic Meter Testing Machine MFR Melt Flow Indexer with high quality

1. Product introduction:

The melt index meter meets the standard requirements of GB/T3682-2000. The main parameters of the melt index meter also meet the requirements of ISO1133-97, ASTM1238, JIS and other standards. It can be used for polyethylene, polypropylene, polystyrene, ABS, poly Measure the melt mass flow rate (MFR) or melt volume flow rate (MVR) of various plastic materials such as amide, fiber resin, acrylic ester, polyoxymethylene, fluoroplastics, polycarbonate, etc., widely used in plastic production , Plastic products, petrochemical industries and related colleges, research institutes and commodity inspection departments.

2. Product features:

High-precision Chinese and English color controllers, specially customized membrane buttons, have unparalleled advantages in control accuracy and service life

The manual and automatic cutting are integrated control, accurate to 0.1s, and the cutting time and cutting times can be set arbitrarily.

3. Test method: mass method, volume method (MFR, MVE)

4. Display mode: 4.3 color touch screen display

5. Main technical parameters:

Temperature range: 0℃-450℃

Temperature fluctuation: ±0.2℃

Temperature uniformity: ±1℃

Temperature display resolution: 0.1℃

Time display resolution: 0.1S

Die diameter: Φ2.095±0.005mm

The length of the discharge port: 8.000±0.025mm

The diameter of the charging cylinder: Φ9.550±0.025mm

Weight accuracy: ±0.5%

Displacement measurement accuracy: 0.01mm

Volume method timing accuracy: 0.001S

Displacement measurement encoder: Omron photoelectric rotary encoder

Quality method test range: 0.1-150g/10min

Volume method test range: 50-5000cm³/10min

Output mode: micro automatic printout

Cutting method: manual and automatic cutting in one

Test load: a full set of eight-level weights

Power supply voltage: AC220V±10% 50HZ