Category: Inspection and Non-destructive testers

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Inspection and Non-destructive testers

Coating Thickness Knife Tester | TPN-2808
R5,569.00 ex vat
Coating Thickness Knife - Overview

Coating Thickness Knife Tester TPN-2808 (Paint Inspection Gauge) is designed to measure the thickness of both single and multiple-layer coatings on both metallic and non-metallic surfaces. The operation principle is based on the local cut (notch) of the coating at the tested place of an object with the following thickness measurement of this coating. The thickness of the coating is determined by the width of the notch, which is possible because of the special form cutter of the instrument. The measurement is performed by any portable measuring microscope with a suitable measuring range and discreteness. Coating Thickness Knife Tester TPN-2808 (Paint Inspection Gauge) complies with ISO 2808, ASTM B 4138, DIN EN 1071-2.

Coating Thickness Knife - Feature

Instrument allows users to determine the thickness of each layer individually for multilayer coatings.

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Ultrasonic Thickness Gauge | UT-1M
Price range: R14,512.00 through R20,205.00 ex vat
Ultrasonic Thickness Gauge - Overview

The Ultrasonic Thickness Gauge UT-1M is used for operational non-destructive testing of the thickness of products with one-way access. The method is based on the property of the materials to conduct the ultrasound. Ultrasonic waves are excited by the piezoceramic plate in the transducer, then penetrate into the material through the couplant, and is then reflected from the bottom surface of the tested sample and returns to the transducer. Based on the obtained sound transit time in the material, the device calculates the thickness in accordance with the velocity of propagation of ultrasonic waves in the test sample. The thickness value is displayed on the device’s display. The measurement process takes about 1 second.

Ultrasonic Thickness Gauge - Features
- Wide range of measuring thicknesses
- Fixation of the last measurement result in the removal of the transducer surface
- Graphic display with backlight
- Select the type of probe through a single button
- Mapping the presence of acoustic coupling on the graphic display
- The preset velocity of ultrasound
- Minimum number of controls
- Compensation of probe delay
- Convenience and ease in operation
https://www.youtube.com/watch?v=5Ox684sHbw8

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Ultrasonic Flaw Detector with touch screen | UD3701
Price range: R105,101.00 through R111,283.00 ex vat
Ultrasonic Flaw Detector - Overview

The Ultrasonic Flaw Detector is designed to detect internal defects, such as discontinuities and heterogeneities of materials in products and welds. It can determine the location of defects and measure the thickness, velocity of propagation and attenuation of ultrasonic waves in the materials including metals, plastics, glass etc. This enables you to search for corrosion, cracks, internal delamination and other defects. There are two predefined colour schemes: dark and light. This option allows the operator to choose a view for a dark room or in bright sunlight. Using two independent gates, the operator can set the limits for amplitude or distance (time) of the signals on the scan, which will indicate the presence of defects through sound and light indications. This allows the operator to scan the object without continuous monitoring of the display, which subsequently reduces the complexity of testing. The device is ideally suited for performing ultrasound diagnostics in laboratory and workshop conditions, and it can also be used in the field. We recommend a special cover that protects the device from dirt and moisture for use in the field. This also allows the operator to completely free his hands and easily test various products directly at the facility. Using special software, the device allows a user to transfer data to a PC. The device can save records and settings of tested objects and used probes.

Ultrasonic Flaw Detector - Features
- Archive measurements, settings, probes
- Transfer data to a PC
- Frequency range from 0 - 10 MHz, with smooth adjustment
- Operating mode of DAC and TVG curves (up to 16 points)
- Super-bright touch display
- Display of scale of scanning in microseconds and millimetres
- Simulation of measurement from a stored record in the device memory
- Automatic calculation of the delay in the probe
- DGS control mode, with automatic calculation of the equivalent reflector zone
https://www.youtube.com/watch?v=JdQ7ukd9Qvw

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Benchtop Rockwell Hardness Tester | TS-R-C
R200,928.00 ex vat
Benchtop Rockwell Hardness Tester - Overview

The TS-R-C is a digital model with a large LCD screen to display the menu. It features a RS-232 interface. It measures indentation depth. The hardness values are read directly through the LCD screen. It is easy to operate with high efficiency. This hardness tester is suitable for inspecting batches of spare parts. It can use either the diamond indenter or the ball indenter, which can measure the hard and the soft samples. It has been widely used in production for inspecting the product quality and determining the processing.

Benchtop Rockwell Hardness Tester - Features
- Easy to operate
- Fast measurement process
- Menu is easy to use
- Digital resolution is better than analogue
- RS-232 interface
- Human factor minimised
- Select the Rockwell hardness scales type (A, B, C, D, E, F, G, H, K)
- Recalculate the obtained hardness values into all hardness scales (Brinell, Rockwell and Vickers)
- Record test results under the particular operator
- Built-in printer
- Automated load/unload system
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Digital Non-Contact and Contact Tachometer Kit | TA503C
R1,895.00 ex vat
Digital Non-Contact and Contact Tachometer Kit - Overview

This tachometer can measure the RPM or surface speed, and distance. It is used in electric power, steel, petrochemical, aviation, fan manufacturing and ventilation pipelines. The Digital Non-Contact and Contact Tachometer Kit has a USB connection and free software download. It can display real-time data sheets and data charts.

Digital Non-Contact and Contact Tachometer Kit - Features
- Measuring distance: 50 ~ 500mm
- RPM non-contact: 3 ~ 99,999
- RPM contact: 3 ~ 19,999
- Accuracy non-contact: 0.05% ± 1dgt
- Accuracy contact: 0.1% ± 1dgt
- Surface speed: m/min, ft/min
- Length/Distance function: m
- 2000 groups memory (Timer based 00:00:00, No date and time)
- Ambient temperature: -10 ~ 50°C
- High and Low alarm limit setting
- Large colour LCD
- Min, Max, Ave and Data hold function
- Auto power off after 15 minutes
- c/w soft case, USB cable, contact adapter, surface wheel, 2 x rubber cones, reflective tape, manual and battery
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Hand-Held Moisture Meter | HBF 420
R3,458.00 ex vat
Hand-Held Moisture Meter - Overview

This moisture meter is ideal for measuring moisture in wood and building materials. It utelises the electrical resistance measuring technique and dielectric measurement to get accurate moisture readings. Suitable for use in building diagnostics: damage analysis, leak detection; building work: preparatory measurements before applying paint, installing floor coverings etc.; fuel management: assessing wood fuel materials, building and wood moisture.

Hand-Held Moisture Meter - Features
- One instrument
- Dielectric measuring technique
- Ideal to quickly assess moisture and moisture profiles of building materials
- Resistance measurements
- Precisely determines the moisture content of wood
- Adjustable alarm threshold
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Pulse Holiday Detector | SPARK-1
Price range: R0.00 through R41,853.00 ex vat
Pulse Holiday Detector - Overview

The Pulse Holiday Detector SPARK-1 is a device used for detecting defects such as thinning, micro holes, and cracks in dielectric coatings on metals. The principle of operation is based on the electro-spark method. A probe with an electrode connected to one pole of the voltage source scans the surface of the tested object directly along with the coating. The second pole of the voltage source from the ground connector is connected directly to the metal structure. The electronic unit fixes the gaps by the voltage between the electrode and the conductive base.

Pulse Holiday Detector - Features
- Reliable
- Lightweight
- High capacity and long-life batteries
- Accurate digital voltage and sensitivity settings
- Sound defect signalling
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Combined Hardness Tester | T-UD2
Price range: R27,048.00 through R50,850.00 ex vat
Combined Hardness Tester - Overview

This optimal device for non-destructive testing of metal hardness combines the advantages of two methods: Ultrasonic Contact Impedance (ASTM A1038) and Leeb (ASTM A956). This makes it possible to solve almost any task of operational hardness testing. The user can measure the hardness of large products with rough surfaces and small samples of complex shapes and thin walls. Functions for working with various materials and scales include doing hardness measurements, calibrating the device, setting up a display of values, saving the results of hardness measurements, synchronising the archive with your other devices and a PC, and transferring measurement results to your colleagues. This is available on your smartphone thanks to the special NOVOTEST app for Android. By using a Bluetooth connection, your smartphone turns into a new-generation hardness tester! The intuitive interface, documentation, internet access, touch screen, camera, microphone and GPS receiver of a smartphone turn your hardness tester into something unique and previously inaccessible.

Combined Hardness Tester - Features
- 2 removable probes: UCI and Leeb
- Almost no restrictions for hardness testing
- Evaluates changes in the hardness of the hardened layer depth articles and the effect of surface stress
- Wide range of hardness values
- Easy and convenient to use
- Graphical contrast display with backlight
- Automatic recognition of probe
- Extended temperature range (cold-resistant, down to -20 °C)
- Device has internal memory and allows user to transmit data to PC
- Preset calibrations for common materials and scales
- Measures products with high roughness and coarse grained materials
- Measures products with thin walls
- Measures small products
- Measures radius surface products
- Can be used in places difficult to access
- Measures polished surfaces with high imprint requirement
- Reliable shockproof housing
https://www.youtube.com/watch?v=4F0OnI6xW4o

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Strength Meter | IPSM

Strength Meter - Overview

The Strength Meter is used for strength measurement of solid building and composite materials. It is an Ultrasonic Pulse Velocity tester that detects defects by analysing the propagation of ultrasonic waves. It measures parameters such as strength, density, elastic modulus, and sound index. It has preset settings for the most common materials, eg, heavy and lightweight concrete, and several types of bricks. Individual calibration for a specific material is recommended. It can also measure density indirectly. It also allows users to assess the bearing capacity of reinforced concrete structures, porosity and the presence of cracks that occurred during the manufacture and operation, the texture of composite materials and the degree of anisotropy. It is designed for operation in temperatures from -20 to +40 C °. Thanks to the protective silicone case, the device is shockproof.

Strength Meter - Features
- Measures strength & density of concrete, bricks, silicate stones, solid building & composite materials
- Assesses the bearing capacity of reinforced concrete structures
- Assesses porosity and presence of rock cracks
- Assesses texture of composite materials and the degree of anisotropy
- Assesses degree of maturity of concrete in the process of monolithic concreting
- Search for spaces, cracks and other internal defects
- Testing of material uniformity
- Measures depth of surface cracks
- Determines sound index of ceramics and abrasives
- Determines density & elastic modulus of fibreglass & carbon graphites
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Ultrasonic Contact Impedance Probe | UCI U2

Ultrasonic Contact Impedance Probe - Overview

The UCI method can be used to measure the hardness of metal products of almost any shape, mass or thickness. The repeatability of results is also less influenced by the operator and measurement technique. It is easy to use with increased accuracy. It is housed in ergonomic stainless steel which has a special protective cap for the indenter and a replaceable cable that connects via a Lemo type connector. It can also be paired with a special nozzle for working with products of various shapes.

Ultrasonic Contact Impedance Probe - Features
- Hardness Measurement in narrow places and grooves
- Application for products of every shape
- Measuring the hardness of reinforced layers and coatings
- Configuration depending on the task
- Various probe loads
- Universal
- Accurate
- Multifunctional
- Easy to use
https://www.youtube.com/watch?v=gW5dYsXs1bA

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Coating Thickness Gauge | TP-1M

Coating Thickness Gauge - Overview

The TP-1M Coating Thickness Gauge is a thickness gauge for measuring the thickness of various coatings on metals. With specialised probes connected to the device, the user can measure the temperature and humidity of the air, and surface temperature, calculate the dew point, and also measure the depth of grooves or surface roughness. This device is very easy to use as it is ready to use right out of the box and does not require special user skills. The minimum number of buttons and an intuitive menu makes it an ideal device for non-destructive measurement of the thickness of almost any coating with high accuracy.

Coating Thickness Gauge - Features
- Large coating thickness measurement range
- Convenience and ease in operation
- Shockproof case
- Minimum number of controls: one button – one function
- Backlit Graphic display
- Automatic recognition of probe
- Indication of the connected probe type
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Combined Hardness Tester | T-UD3

Combined Hardness Tester - Overview

The Combined Hardness Tester T-UD3 combines Ultrasonic Contact Impedance, UCI, (ASTM A1038), and Leeb (ASTM A956) to measure hardness by an indirect method. This portable device is incredibly versatile. The ability to use both probes combines the advantages of both methods and provides users with the opportunity to use the most suitable for solving a specific task. The Combined Hardness Tester allows the user to measure the hardness of any metals, parts of any shape and thickness, measure the hardness of the surface hardened layers, and evaluate the tensile strength. Suitable for measuring any mass products with more than 1 mm thickness (small parts, thin-walled structures, pipes, tanks, steel sheets, articles of complex shape, hardness testing of metal coatings, etc.).

Combined Hardness Tester - Features
- Small indenter imprint (suits for mirror surfaces of shafts necks, blades, gear teeth, etc.)
- Measuring surface hardened layers hardness
- Wide range of hardness testing
- Various measurement modes
- 88 combinations of materials and hardness scales (calibrations)
- Calibration of any scale in any range
- Convenience and ease of measurement
- Large full-colour graphic display with bright backlight
- Built-in photo camera for thorough reports
- Automatic probe types recognition
- Connected probe types indication
- The calibrations are stored in UCI probe memory
- Extended operating temperature range (frost, down to – 40°C)
- Internal memory and communication with a PC
- New intuitive menu with tips on the buttons
- Optional wireless mini printer
- Waterproofed housing
- Rubber bumper-protected housing
- Internal clock
- Different operating modes:
  - Graph – Graph building mode
  - Histogram – Histogram building mode
  - Statistics – provides statistics for the current set of measurements
  - Smart – filters the incorrect measurements
  - Signal – displays the probe signal (only for the Leeb probe)
https://www.youtube.com/watch?v=-XkqsiUEyT0

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Digital Brinell Hardness Tester | TB-B-C

Digital Brinell Hardness Tester Overview

The Digital Brinell Hardness Tester TB-B-C implements direct resistance to indentation under the Brinell method of hardness testing in accordance with the ISO 6506-2 and ASTM E10 standards. The Brinell hardness tester uses the heavy testing force (large indentation), which allows the user to measure the hardness of various tempered steels, hardening and tempering steels, hardness of products from soft metals (pure aluminium, lead, tin) and others, and hardness of coarse-grain metal materials (casted parts, non-ferrous metals, and alloys).

Digital Brinell Hardness Tester Features
- Easy in operation
- 10 test loads
- Automatic controlling the force of the load
- Easy to choose the hardness scale
Datasheet

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Digital Micro Vickers Hardness Tester | TB-MCV-1A

Digital Micro Vickers Hardness Tester - Overview

The Digital Micro Vickers Hardness Tester has a large contrast display, and a large LCD screen, and is quite easy to set up and operate. It is also equipped with a built-in printer. The device has an optical microscope for measuring obtained diagonals of imprints and has very handy functions such as automatic hardness calculation, storage, display and printing of results, and conversion of hardness value to different scales. The Hardness Tester can be used as a microhardness meter using image processing or a metallographic microscope tissue when you install the CCD camera and PC software to a computer. The Digital Micro Vickers Hardness Tester TB-MCV-1 implements the direct Vickers method of hardness testing in accordance with ISO 6507-2 and ASTM E384.

Digital Micro Vickers Hardness Tester Features:
- High measurement accuracy
- Device is easy to operate
- Built-in printer
- Large LCD display
- Integrated microscope for measuring the obtained diagonals of the imprints
- Hardness values are calculated fully automatically
- Allows to recalculate the obtained value into other hardness scales automatically
- Allows the user to maximise the efficiency of the user portable hardness testers
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