Features

Smaller model OSC 55CB006 has all the same characteristics as larger model OSC 55CB001-005, however, do not perform the test standards that require a chamber volume lager than 400 liters.

Specifications

Features

• These apparatus are indicated to perform testing which simulates industrial environments where there is SO2 moisture in the atmosphere.
• Also indicated to perform Humidity and CorrodKote testing
• Main Fiberglass body, using the correspondent Polyester resin for top environmental resistance. Stainless steel bottom for chamber heating (AISI-316-L)
• SO2 Measuring system works at atmospheric pressure (1 atm) allowing easy measurements and avoiding gas leaks.
• Indirect chamber heating with bottom water jacket
• Angle top design. Prevents condensed water from dripping on the specimens. OSC 55CB00
• Developed to add the exact water measurements according to Kesternish standards.

Specifications

Features

– These models allow the corrosion testing according to all the test standards listed next page
– Chamber body will never rust because the material is Fiberglass.
– All controls (Electronics and pneumatic) are located in a main front control panel for easy operation.
– Heating Systems :
• Air for Fog: Bubbling Tower
• Internal Chamber: Bottom Jacket Heating
– New developed horizontal fogging dispersion tower and regulated fog atomizer control fog dispersion in a uniform pattern

Specifications

Features

– These models allow the corrosion testing according to all the test standards listed next page
– Chamber body will never rust because the material is Fiberglass.
– All controls (Electronics and pneumatic) are located in a main front control panel for easy operation.
– Heating Systems :
• Air for Fog: Bubbling Tower
• Internal Chamber: Bottom Jacket Heating
– New developed horizontal fogging dispersion tower and regulated fog atomizer control fog dispersion in a uniform pattern

Specifications

Features

1. Test Capabilities
– Mooney Viscometer Test
A measurement used to test the viscosity of raw rubber
or compounded rubber.
– Pre-vulcanization Test
A measurement used to test the time to the incipient vulcanization and cure rate of compounded rubber during the early stage of vulcanization in lower temperature situation.
– Stress Relaxation Test
A measurement of Mooney stress decay related to time at a sudden stop of rotation after a Mooney test.
By applying the Power law model (M = Kta ) to analyze the data of Mooney stress relaxation such as the rate of stress relaxation, area under the stress relaxation curve…etc., we could predict the relative trends of compound processing reactions such as mill process, extrusion or die swell…etc.

2. Improved torque measuring system
Including torque transducer and related mechanism, have completely eliminated extra resistance force caused from mechanical rotation to ensure the torque reading is the real Mooney viscosity of test rubber, especially the starting Mooney value.

3. Quick temperature heat-up and stabilization capabilities minimize the time of die temperature recovery within 35+/- 2 seconds.

4. Data collection, processing and storage are all carried out automatically by professional software.

5. Easy operation and calibration
– En-lengthened rotor helps user to put the rotor into the correct position in the center hole of rotation shaft.
– Pneumatic rotor push-out function simplifies the operation of taking the rotor outs from the lower die and minimizes the operation time.
– Auxiliary calibration software helps the user to calibrate the torque reading.

Specifications

Device to measure steering angle while driving and 6 components applied to steering wheel. Possible to equip a detector to steering without modifying the steering shaft. Signal of the 6 component is amplified by the highly stabled amplifier and converted to digital via A/D converter and transmitted through slip ring for hone. Slip ring for hone supplies power to detector from external battery and at the same time transmitthe signal of the above. Further, computation device coverts rotational coordinate to state coordinate and provides automatic balance adjusting function.

Features

1. Measurement of 6 components on steering and steering angle by 1 detector is possible.
2. Possible to output of state coordinate after converted from rotational coordinate. (Pat.)
3. Measured signal is transmitted through slip ring for hone equipped to the vehicle. (Pat.)
4. Possible to replace with various detectors for steering.

Specifications

Features

This apparatus is used for measurement the respective axles’ behavior to the body during driving.
Mechanism consists of 5 pieces link mechanism having independent joints.
This obtains axels behavior by measuring rotational angle of respective joints by means of encoder and to calculate.

Components

– Attitude angle detector : 4sets
– Attitude angle computation amplifier: 1 set

Specifications

Feature:

The foaming liquid used is tested under the default foaming pressure (differential pressure from atmospheric pressure, 5×103 Pa) or less.
The test specimen is attached to a container with small holes (5 mm dia.) or a test plate using adhesive aluminum foil tape to cover the small holes.
In the case of the pressurization method, the minimum foaming pressure at which foaming occurs through the holes in the specimen is checked by sequentially applying pressure.
For the vacuum method, the test plate to which the specimen is attached is covered with a vacuum box and evacuated, and the minimum foaming pressure at which foaming occurs through the holes in the specimen is checked.

Specification:

Name: BL 30/100

BL: Indicates a foam leakage test.
30: Indicates a pore size of 30µm.
100: Thick plate 100µm is shown.

Feature:

These gauges are designed to efficiently classify images of flaws intransparencies.

Specification:

Each of these gauges is designed according to one of the following three standards:

1. JIS Z 3104-1995 “Radiation transmission test methods for steel welded joints
2. JIS Z 3105-2003 “Radiation transmission test methods for aluminum welded joints
3. JIS G 0581-1999 “Radiation transmission test methods for cast steel products

Standard Test Specimen for Magnetic Powder Testing (JIS Z 2320-1)

– In the model numbers of A1 and A2 type standard test pieces, the left side of the shaded line indicates the depth of the artificial defects and the right side of the shaded line indicates the thickness of the plate. (Unit: µm).
The strength of the magnetic field in which the magnetic powder pattern appears is higher for Type A2 standard specimens than for Type A1 standard specimens.
– Type C standard test piece is used when it is difficult to apply Type A standard test piece due to its size. Example: Narrow areas such as weld bevel surfaces.