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DeFelsko, a U.S. manufacturer of coating thickness gages and inspection instruments, offers a variety of instruments designed specifically to meet the paint industry’s requirements.
The popular PosiTector® 6000 Coating Thickness Gage has new tougher, smarter features. Still simple, durable and accurate, the American made PosiTector® 6000 retains all of its simplicity and functionality for measuring coatings on all metals.
Tough new features include large impact-resistant Lexan® display, IP5X ingress protection and protective rubber holster. As always, tough probes, robust housing and a strong warranty make the PosiTector® 6000 the right choice for coating applicators, inspectors, platers, anodizers and more. A wide range of probes are available for a variety of applications.
DeFelsko’s revolutionary PosiTector® 200 Series gages measure coatings on non-metals such as wood, concrete, fiberglass and more. Specifically designed to measure coatings including paint, powder, varnish, etc, the PosiTector 200 is an affordable choice to quickly and accurately check coating thickness.
DeFelsko also offers quality inspection instruments including the Digital PosiTest Adhesion Tester, the NEW PosiTector Dew Point Meter with available Magnetic Surface Temperature Probe Kit (optional) and PosiTector Ultrasonic Thickness Gage with your choice of standard or multiple echo-thru paint gages.
Call DeFelsko at (800) 448-3835 or visit our website at www.defelsko.com to get assistance selecting the optimal instrument for your application or to request brochures of any of our quality gages. |
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X-Strata980 for analysis of trace elements and coating thickness
Combining a high power X-ray tube and high resolution detector, the X-Strata980 X-ray Fluorescence analyzer delivers limits of detection in single digit ppms!
Oxford Instruments offers a full range of instruments dedicated to the electronics manufacturing industry. Our XRF instruments are available in different configurations; for RoHS compliance screening and testing. Please contact us to find out about the wide variety of solutions offered.
Key Applications:
Trace analysis of hazardous substances
Solder alloy analysis
Coating thickness measurement of gold and palladium on electronics
Metal alloy chemistry identification
Coating thickness measurement on jewelry |
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Universal coating thickness gauge working on the coulometic principle to measure virtually all types of electroplated single or multilayer coatings such as chrome, nickel, cadmium, brass, silver, tin and zinc on metal or non-metal substrates.
This technique simply involves the removal of a small, almost invisible area of coating material. The substrate itself is not affected.
More than 70 combinations of coating and substrate can be measured with the standard equipment.
Measuring range: 0,05... 75 µm
Statistical evaluation with display of mean value, standard deviation, coefficient of variation, number of readings, highest and lowest single reading. |
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OSPrey800 - A revolution in OSP thickness measurement
OSPrey800This instrument measures Organic Solderablity Preservative (OSP) thickness on the individual pads of real-time production boards. The ability to target individual pads allows specific quality control, failure analysis and troubleshooting of the OSP layer. The OSPrey800%u2019s unique non-destructive quality control technique requires neither test coupons nor sample preparation and significantly reduces the time needed to take measurements and operator error.
Other techniques for measuring OSP thickness are either destructive, labor intensive, or expensive. The OSPrey800 utilizes an innovative new technique in which various wavelengths of light are aimed at a sample and the light reflected from the surface of coating and substrate is analyzed to determine coating thickness. Typical thicknesses from 0.035-3µm can be measured and analyzed.
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●Integrated probe FN
●Automatic substrate recognition
●Automatic calculation: Mean/Max/Min/No./S.Dev
●Upper-lower limit setting and sound alarm
●Data output RS232 to printer TA220S or PC
●500 data can be stored
●Measurement modes: continuous/single
●2 shutdown models: Manual/automatic
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Non-destructive measurement of non-magnetic coatings (e.g. paint, zinc) on steel, insulating coatings (e.g. paint, anodising coatings) on non-ferrous metals and non-ferrous metal coatings on insulating substrates.
Four basic gauges with different possibilites of processing of readings
Wide variety of wear resistant probes can be connected
High accuracy and reproducibility
Storage and documentation of readings
99 calibration memories available
Large-sized display with backlight |
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The three models of the MiniTest 700 series offer a flexible solution to all measuring requirements for coating thickness measurements on steel or on non ferrous substrates.
Correct readings with interference free measurement with precise evaluation through SIDSP® (sensor integrated digital signal processing)
Extended field of application through exchangeable sensors to cover different ranges up to 15 mm thickness
High flexibility of use through versatile sensors (MiniTest 740 sensor can be changed from built-in to external sensor on a lead)
Automatic substrate identification with FN sensors accelerates measurements and helps avoiding operating errors
Efficient temperture compensation eliminates errors caused by changes in temperature
High precision characteristic curves achieved during the manufacturing process by calibrating up to 50 calibration points
Large memory capacity for storing up to 100,000 readings in 10 and/or 100 batches
Readings and statistical values can be called-up individually
Large, easy-to read backlit graphics display, with 180° rotatable display orientation
Easy menu-guided operation, 25 menu languages are available
Built-in IrDa port for infrared data transmission to printer or PC
Future-proof through downloadable sensor and gauge software updates |
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Non-destructive measurement of non-magnetic coatings, e.g. paint, enamel, chrome on steel and insulating coatings, e.g. paint and anodizing coatings on non-ferrous metals.
Universal probe with auto-mode for measurements on steel and non-ferrous metals
With the Universal Probe (MiniTest 600FN only) and "auto-mode" the probe senses the type of substrate the coating is applied over and automatically switches to either the Magnetic Induction or the Eddy Current principle. Eliminates manual adjustments and ensures that the correct principle is always utilized without having to know the actual type of substrate coated.
Wear-resistant probes of practically unlimited lifetime
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Non-destructive measurement of non-magnetic coatings on steel (paint, enamel, chrome etc.) or insulating coatings on non-ferrous metals (paint, anodizing etc.).
Compact design for one-hand operation
Internal or external probe
User-friendly menu operation
Dual version FN: automatically adjusts to the correct substrate metal: ferrous/non-ferrous
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Non destructive measurement of non magnetic coatings, e.g. phosphate, paint, rubber, plastic on steel.
Non wearing permanent magnet
High resolution of measuring values owing to digitalisation
Fast measurement (2 - 3 seconds per reading)
No calibration required
Measurement at any angle
High accuracy
Measurement of coatings up to 15 mm / 600 mils
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The Sonacoat P is the new paint thickness gauge from Sonatest Ltd -providing fast, accurate, non-destructive coating thickness measurements on steel and non-ferrous materials.
No surface damage, no grinding required.
Fast and easy to use - by simply placing the Sonacoat P on the surface to be tested, an accurate thickness reading is shown on the large display screen. This gauge also automatically selects the optimum measuring method (magnetic induction or eddy current), providing highly accurate readings, even for the thinnest of coatings. No calibration is required.
Find out more about your bodywork!
Ideal for auto dealers, inspections stations, auto paint and body shops the Sonacoat P can also provide the end user with valuable information regarding the coating structure such as paint topcoats or body fillers. When the measured thickness value clearly exceeds the standard paintwork thickness, this would then indicate the use of filler material or repainting.
The speed, simplicity and accuracy of the Sonacoat P make this gauge an invaluable tool for a wide range of inspection tasks.
Sonatest Ltd celebrates it’s 50th Anniversary in 2008 and is part of the Sonatest NDE Group of Companies; the leading independent manufacturer of Ultrasonic Flaw Detectors, X-Ray Equipment, Scanning Systems, Thickness Gauges, Transducers and NDT accessories. Find out more about Sonatest Ltd and our products by visiting www.sonatest.com
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Sonacoat Easy II F/FN
Easy to operate menu structure. No calibration necessary. Infrared interface for cable free data transfer. Online statistics software. Measurement memory & Statistic memory. Choice of languages available.
The Sonacoat is designed for fast, practical and accurate non destructive coating thickness measurement. A dual purpose innovative gauge used for measurement on steel and non-ferrous metals with automatic substrate recognition, activating the appropriate measuring procedure. The Sonacoat II-F can be used for all non-ferrous coatings of varnish, paint, enamel, chrome, copper, zinc etc on steel and and iron. This gauge is also suitable both for the laboratory and harsh field conditions. The built-in IP52 safeguards protection against dust and dripping water.
Sonacoat Easy
Ideal for Paint and powder coatings. Paint shops. Automotive and ship building. Verification of zinc coatings under the paintwork.
Two Models available:
Sonacoat Easy F - for steel, with integrated transducer.
Sonacoat Easy FN - for all metals.
�� User-friendly. Switch on and use instantly!
�� Fast and precise measurements.
�� Wide measuring range up to 3,500 ìm.
�� Highly accurate on flat, rough, and curved surfaces. |
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Non-destructive measurement of paint, plastic, enamel and other insulating coatings applied on wood, plastic, glass, ceramic and also on metals according to the ultrasonic principle.
Measurement of a multi-layer system in only one measuring process
High accuray and reproducibility
Storage and documentation of measuring values
Measuring range: 10... 500 µm
Memory capacity: max 10,000 readings |
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Ultrasonic Thickness Gauges are designed to improve safety and ensure reliability of material subject to corrosion or erosion.
Corrosion gauges with their dual-element transducers are the primary inspection tool used to measure the remaining walls of components such as pipelines, pressure vessels, storage tanks, and numerous other applications..
Precision gauges use single-element transducers to provide the thinnest range and highest degree of accuracy possible. Common applications include metals and a variety of non-metals (i.e. glass, ceramic, plastic, etc.).
We offer a wide variety of instruments and probes to offer the best solution for your specific application.
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| Thickness is an important process parameter for the prevention of tool or machine damage or to monitor product quality according to ISO 9000 in blanking presses, slitting lines, cut-to-length lines, scroll shears and other coil processing machinery. Continuous thickness measurement makes the monitoring of the cost of purchased material possible. ROLAND has single sensor measurement systems as well as non-contact dual probe systems available. The systems function according to the magnetic, inductive, or capacitance principles. Detailed measurement protocols according to SPC criteria provide objective information for negotiating with coil suppliers. |
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21PlusTM is the ultimate measurement and control system and the highest performance gauging platform available to the industry. It incorporates the deep experience born of EGS’ CIMLine, Tracerlab, LFE, Soter and System 21 heritage and embeds it in a wholly new electronic package.
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Coating Thickness Gauge PAINT BORER 518 S
For film thickness measurements using the wedge cut technique. Combines the advantages of P.I.G. 455 with greater ease of operation: a conical bore of defined angle is made in the coating. Measuring microscope, easily and accurately focused over the cut out. Minimum specimen damage allows a large number of test points. Specimen table for extremely small specimens (dia. 10 mm) available as accessory. Due to the mobility of the microscope into two directional axes (turned by 90° from one another) with the possibility of turning the scale, the PAINT BORER 518 S is especially suitable for the evaluation of elliptical holes that arise with curved specimens. |
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Coating Thickness Gauge, Paint Inspection Gauge P.I.G. 455
A successful instrument using the standardised wedge cut method. Indispensable for film thickness measurement on any substrate. In the case of multi layer coatings complete and individual layer thikkness can be measured.
Measuring ranges:
200/500/1000/2000 ìm
Also for adhesion tests in accordance with AS 1580 (method 408.1). |
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Nor-Cal offers an extensive selection of commonly used quartz crystal feedthroughs, sensors and multi-channel monitors, cables, quartz crystals, accessories and replacement parts for use in semiconductor, optical and industrial thermal deposition processes. Custom feedthroughs are available with a variety of flanges in all sizes.
Our coating instrumentation products support one of the more popular methods of thin film measurement and rate control _ the crystal monitor, which utilizes the piezoelectric properties of a quartz crystal.
The electrical characteristics of the crystal, which is held in place by the sensor, change during deposition. Single sensors are generally used for short deposition runs, whereas, dual sensors allow for longer runs. Dual sensors require an airline to operate a pneumatic shutter which covers one crystal at a time. The sensor is either welded to the feedthrough or attached with connectors. Most sensors are available with cooling lines.
The application determines the correct choice of sensor. The sensor determines compatible feedthroughs and cabling. The chamber determines the appropriate feedthrough and flange. For application temps up to 150°C, electrical connection between the sensor and feedthrough is accomplished with a vacuum coaxial cable. A bakeable, one piece sensor/feedthrough replaces the standard in-vac cable with a stainless steel high-temp coaxial line for high temperature applications up to 300°C. |
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Flex-Lag® Weld-On Ceramic
Eliminate the belt vibration and cleaner chatter often caused by ordinary weld-on lagging by installing Flex-Lag® Weld-OnCeramic Pulley Lagging. It features a new gutterless design with easily installed over-lapping segments. So the wide gaps between strips of conventional weld-on lagging products are eliminated.
Flex-Lag® Ceramic
When conventional rubber lagging fails to correct belt slippage, the solution is Flex-Lag® Ceramic Tile Lagging. Our Ceramic Tile Lagging features the highest coefficient of friction available in lagging materials - two to three times the friction of rubber in wet, muddy or dry conditions. |
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Flexco makes it easy to find the pulley lagging you need to eliminate belt slippage, increase pulley life, improve water shedding, and boost productivity. Plus, these benefits are achieved without removing the pulley form your conveyor system! Flex-Lag® application requires only a time- and labor-saving cold vulcanization process. So it installs easily on-site.
Flex-Lag® Diamond-Pattern Rubber Lagging is a high-durometer rubber for abrasion resistance and water-shedding. Based on the design of treads used for rain tires, the diamond pattern splits the film of water and deflects it into lateral or diamond-shaped grooves - away from the pulleys. A high coefficient of friction, combined with exceptional water-shedding capabilities, helps keep belt slippage to the absolute minimum.
Flex-Lag® Plain-Pattern Lagging helps prevent belt slippage in the dirtiest environments. Rubber flexes during use, shedding excess material, preventing build-up, and preventing premature belt and pulley wear. Horizontal grooves between plain rubber strips trap and deflect water from the pulleys. This results in a coefficient of friction vastly superior to plain sheet-type lagging.
Flex-Lag® Light-Duty Lagging is ideal for compact pulleys and most light-duty applications. Specially designed for pulleys having diameters as small as 2" (50mm). Moisture is channeled between small raised buttons that support and grip the belt, delivering the extra traction to drive your belt. |
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