benefited Moving Die Rheometer (HZ-7001A) - HZ-7001

benefited Moving Die Rheometer

Equipment summary

HZ-7001-type non-rotor rheometer is a widely used tester in rubber processing industry, rubber quality control and basic research rubber, For optimize formula of rubber provide accurate data, It can accurately measure the scorch time, rheometer time, sulfide index, the maximum and minimum torque and other parameters.

Main functions:
HZ-7001-type non-curing equipment used monolithic rotor control, which include: host, temperature measurement, temperature control, data acquisition and processing, sensors and electrical chains and other components. These measurements, temperature control circuit consists of a temperature control device, platinum resistance, heater composition, capable of automatic tracking power and ambient temperature changes, automatically correct PID parameters to achieve fast and accurate temperature control purposes. Data acquisition system and mechanical linkage to complete the rubber vulcanization process of force torch signal automatic detection, automatic real-time display of temperature and settings. After curing, automatic processing, automatic calculation, print vulcanization curve and process parameters. Show curing time, curing power Ju, also has a variety of audible alert.
HZ-7001-type non-rotor curing equipment controlled by computer, the computer setting the parameters of the direct control of test parameters rheometer. Display real-vulcanization curve and temperature curve, store test results, different adjustable comparison of test results and in a different color.

Features:
1. This instrument is really confined mold cavity, and the United States Alpha (formerly Monsanto) has done. Repeatability, and test data comparable with the Alpha. At the international leading position in the same industry.
2,.The instrument development platform based on large databases, temperature control devices using the software to directly control and collection and processing. Instrument to overcome the general curing temperature of the shortcomings of using temperature controller (accuracy poor). The technical leadership of international new trend.
3. This instrument has statistics, analysis, storage and comparison functions. Humanized design, easy to operate
4. Using imported high-precision sensors

How it works:
The rubber sample into the mold cavity is almost entirely enclosed and maintained at test temperature, the mold cavity are of two parts, of which the lower part with a small linear reciprocating movement (swing oscillation), oscillatory shear specimen produced strain determination is the reaction torque of the mold cavity (force), this torque (force) depends on the shear modulus of rubber.
Curing test specimens after the start of the shear modulus increases, the computer machine real-time display and record the torque (force), when the torque (force) rose to a stable value or the maximum as well as return to the state, they get a torque ( force) and time curve, that is, curing curve (Figure 1), shape of the curve and test the temperature and plastic material characteristics.

Applicable industry:

Widely used in rubber products industries.

corresponding standard :

Accord with GB/T16584"rubber- no rotor rheometer to measure the characteristics of vulcanized"ISO6502:1991 and ASTMD5289-95

Technical parameter:

Model:HZ-7001 benefited Moving Die Rheometer

Standard: GB/T16584 IS06502

Temperature: room temperature to 200 Centigrade

Heating-up:15 Centigrade/min

temperature fluctuation: ≤ ±0.3 Centigrade

temperature resolution : 0.1 Centigrade

torque range: 0-5N.M,0-10N.M,0-20N.M

torque resolution:0.001NM

Power: 50HZ, ~220V±10%

Pressure:0.4Mpa

Air-pressure requirment:0.5Mpa--0.65MPa (user prepare the dia 8 trachea)

Environment temperature :10 Centigrade--20 Centigrade

Humidity range:55--75%RH

Compressed air: 0.35-0.40Mpa

Swing frequency : 100r/min(about 1.67HZ)

Swing angle:±0.5 Centigrade ,±1 Centigrade ,±3 Centigrade

Printing:date,time,temperature,vulcanization curve,temperature curve,ML,MH,ts1,ts2,t10,t50,Vc1,Vc2.