Material testing instruments are designed and developed by our expert team of professionals which make use of advance technology and its rich industrial experience. These material testing instruments are available in different specifications and designs to meet the various application needs. These are quality checked by our quality experts as per the set international norms and incompliance with the set industrial parameters. Furthermore, customers can purchase them from us at pocket friendly prices
Feritscope FMP30 is extensively used in different industries to measure ferrite content in steel. It helps in maintaining the grades steel as excess or deficit of ferrite can lead the adverse impact on the quality of steel. If the ferrite content in steel is too high, the ductility and toughness as well as corrosion resistance of the steel is undermined and if it lacks then it will result in hot-cracking of weldment. Thus the test of ferrite content is necessary because the structures made of steel are generally exposed to aggressive media, high pressure and heat in process engineering, power and chemical plants.
| Display | Digital |
| Application/Usage | Industrial |
| Preferred Analysis Technique | Electro Chemical Monitoring |
| Testing Standards | ISO |
| Type of Testing Machines | Ferrite |
| Brand | Fischer |
In the petrochemical sector, in off-shore oil producing facilities and in steel construction
Fast and non-destructive determination of the ferrite content in austenitic and duplex steel with an acquisition of all magnetizable portions of a structure, i.e., in addition to delta ferrite also stress-induced marten site or other ferrite phases.
User-friendly operation menu
Multiple language selections
Large, easy to read colour display
Robust housing
Non-destructive measurement of the ferrite content in a range from 0.1 to 80 % Fe or 0.1 to 110 FN
Units of measurement switchable between WRC-FN and % Fe
Automatic probe recognition
Sliding cover for keypad; however, On/Off and evaluation keys remain accessible at all times
Protection of settings though lockable keypad
Battery or line operation
Automatic instrument shut-down or continuous operation
Up to 20,000 readings and 100 applications for mea surement data and application‑specific calibrations
Separation of the measurement data in up to 4,000 blocks
Date and time stamp for the blocks
Statistical evaluation of measurement series with mean value, standard deviation, max and min value, range
Computation of the process capability indices cp and cpk
Output of characteristic variance‑analytical values
Graphical measurement presentation as a histogram with a Gaussian bell curve
USB port for data transfer to a PC or printer
Optional Bluetooth® module, interface for wireless data transfer to a PC (up to 10 m)
Optional COM module, serial interface for data transfer to a PC or printer (cable length up to 12 m)
Only one calibration required for the entire relevantmeasurement range from 0.1 to approx. 90 FN. Adherence to the measurement accuracy specified in standard ANSI/AWS A4.2M/A4.2:1997
Calibration using calibration standards traceable to TWI secondary standards or customer specific standards
Linking applications: Common normalisation/ calibration of applications
Our sealing quality test – anotest is weather resistant and designed in compliance with the DIN EN ISO 12373-5 and ASTM B 457-67 standards. It is basically a sealing quality tester of anodic coatings on aluminum. It is equipped with LCD display which shows the readings accurately in no time. This sealing quality test – anotest is designed with utmost precision by our professionals using superb quality material and advance machines.
Large LCD
Battery or AC line operated
Automatic measurement start after insertion of the probe in the cell
Automatic computation of the admittance referenced to standard sizes
Signaling for poor sealing (e.g., Y > 15 μS)
Acoustic signal for start and end of measurement
Automatic shut-off
Storing of 10,000 measurements in up to 100 applications
Statistical evaluation
Display selectable in 8 languages
RS232 interface for printer or PC
On-site measurements of the sealing of anodic coatings on aluminum, e.g. during building cleaning.
Weather resistance of a finish depends on admittance (Y)
Statistical evaluation of measurement series with mean value, standard deviation, max and min value, range
Computation of the process capability indices cp and cpk
Output of characteristic variance‑analytical values
Graphical measurement presentation as a histogram with a Gaussian bell curve
Our electrical conductivity measurement instrument - sigmascope SMP10 is designed with utmost precision to measure the electrical conductivity of metallic conductor accurately and precisely. Our sigmascope SMP10 is also used for assessing hardness and strength of various heat treated materials. Electrical conductivity is a basic material property which gives information about metal's ability for conducting electrical current.
Rapid and simple on-the-spot conductivity measurement of non-ferromagnetic metals acc. to DIN EN 2004-1 and ASTM E 1004
Windows® CE operating system, high-resolution touchscreen with virtual keypad
Conductivity probes for a wide range of applications
Different measurement frequencies from 15 kHz up to 1 MHz depending on the probe
Automatic temperature compensation of the conductivity (integrated or external sensor)
Automatic curvature compensation for a known curvature diameter (down to 6 mm)
We offer certified traceable calibration standards (MS/m, %IACS). Our probes were calibrated with these standards
FISCHER is the acknowledged supplier of certified calibrations standards for the European Mints
Airplanes
Mints
Thermal sprayed coatings of non-ferromagnetic metals, e.g. Cu
Absolute measurement of electrical conductivity during the production process of aluminum copper, etc
Checking the electrical conductivity before anodizing aluminum
Measurements pursuant to ASTM E 1004 and DIN EN 2004-1
Measurement frequencies ranging from 15 kHz to 1 MHz, depending on the probe
Measurement range: 0.5 – 65 MS/m or 1 – 112% IACS
Measurement precision at ambient temperature: ±0.5% of reading
Operating temperature: 0 – 40 °C
Lift-off compensation to 500 μm
Smallest diameter measurement area without noticeable influence on the reading: 13 mm
Connector for electrical conductivity probe, with or without integrated temperature sensor
Connector for optional temperature sensor TF100A
USB communication and printer port
Power supply via battery or mains electricity
| Measurements | Pursuant to DIN EN 2004-1 and ASTM E 1004 |
| Operating temperature | 0-40 degree C |
| Model Number | SMP350 |
| Brand | Fischer |
| Power Supply | via mains electricity or battery |
| Display Type | LCD |
Our company has gained immense accolades in designed most precise range of porosity testing instruments. These porosity testing instruments are widely demanded amongst clients of different industries for their fast and accurate performance. These are generally used for checking embedded foreign objects, pores and cracks in coating. These are designed by using sharp edge technology and advance machines.
Our porosity testing instrument HV20 found various applications in paint and engineering industries for finding porosity and cracks in the coating which can harm the material on which coating is done. This porosity testing instrument HV20 is available in different specifications and models. It is generally used on agitator kettles, mineral oil tanks, boilers, pipelines and heat exchangers. Furthermore, it is also demanded for food packages which are plastic coated.
Sturdy and handy instruments for rough applications at construction sites or in production
Three versions with different test voltage ranges:
HV5: 0.8 – 5 kV
HV20: 4 – 20 kV
HV40: 8 – 40 kV
Maximum safety through high voltage generation in the test head Intuitive operation with menu navigation, rotary button and illuminated display in the operator's field of vision
Comprehensive electrode selection for every application
Continuously adjustable test voltage, electronic test voltage monitoring, display of the test voltage present at the electrode
Optical and acoustic pore indication
Adjustable detection sensitivity
Also suitable for testing of electrostatically chargeable objects
Battery operation with Li-ion rechargeable battery and smart battery technology: a controller permanently monitors the state charge of the battery and prevents deep discharge
The POROSCOPE allows you to find pores quickly and reliably on coated metals such as e.g.: Enamel- or plastic-coated mineral oil tanks, agitator or kettles, pipelines, boilers and heat exchangers.
Plastic-coated food packages
Corrosion protection coatings on hulls
We use our years of industrial experience in providing porosity testing instrument HV40 which is ideally suitable for testing of electrostatically chargeable objects. This porosity testing instrument HV40 is equipped with various user friendly options for adjustable detection sensitivity. It is used to protect coating and material on which coating is done from foreign objects, cracks and pores which can come up with the corrosion on the material
Maximum safety with high voltage generation directly in the probe head and low-energy voltage according to ISO 2746
Three versions with different test voltage ranges:
HV5: 0.8 – 5 kV
HV20: 4 – 20 kV
HV40: 8 – 40 kV
Intuitive operations with menu navigation, rotary push switch and OLED display
Extensive selection of electrodes
Display of the test voltage applied directly to the electrode Pore detection sensitivity: detection threshold settable to a voltage drop of 10, 20, 30 or 50 %
Porosity detector switchable between static and dynamic threshold
Battery operation by means of a Li-ion battery with smart battery technology, a controller monitors the battery state permanently and avoids deep discharge
The POROSCOPE holiday detector allows you to find pores quickly and reliably on coated metals such as e.g
Enamel- or plastic-coated mineral oil tanks, agitator kettles, pipelines, boilers and heat exchangers
Plastic-coated food packages
Corrosion protection coatings on hulls
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