PCE Instruments
PCE Instruments (PCE) is a leading supplier of test, measurement and inspection equipment. Founded by German engineers nearly two decades ago, PCE offers 500+ instruments with applications in engineering, research and development, process control and quality assurance. PCE’s large product portfolio includes everything from moisture analyzers and scales to tachometers, borescopes, coating thickness gauges, viscometers and ultrasonic testing equipment. In addition, PCE’s research and development department can provide custom solutions on demand. For more information, please contact info@industrial-needs.com or +44 (0) 2380 987 035 for PCE Instruments UK, or info@pce-americas.com or +1 (561) 320-9162 for PCE Americas Inc.
- +1 (561) 320-9162
- +1 (561) 320-9176
- info@pce-americas.com
- 1201 Jupiter Park Dr
Suite 8
Jupiter, FL 33458
United States of America
Categories
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product
Cupping Tester
PCE-CPT 20
PCE-CPT 20 is a cupping tester, or coating flexibility tester, used for testing the adhesion, elongation and deformability of paints, lacquers, varnishes, powder coatings and other surface coatings on metal sheets. Used in manufacturing production, paint shop and quality control applications, the PCE-CPT 20 cupping tester aids in determining coating strength, durability and elasticity. A mandatory test in Qualicoat and QIB accredited quality control laboratories, a cupping test, also referred to as an Erichsen test or dent test, uses a spherical punch to deform a sample. This deformation results in a cup-like bulge. When using the PCE-CPT 20 to perform a cupping test in accordance with the ISO 1520 standard, the sample should be placed coating side up so that the 20 mm spherical punch presses against the uncoated underside of the metal sheet. The cupping test is terminated when small cracks and/or detachments are observed on the bulged part of the sample. The PCE-CPT 20 cupping tester's easy-to-read display shows the bulge deformation distances that can be used to determine the coating's flexibility rating.
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Decibel Meters
A decibel meter is a measuring instrument used to assess noise or sound levels by measuring sound pressure. Often referred to as a sound pressure level (SPL) meter, decibel (dB) meter, noise meter or noise dosimeter, a sound level meter uses a microphone to capture sound. The sound is then evaluated within the device and acoustic measurement values are displayed. Here at PCE Instruments, we offer two types or classes assigned to decibel meters: type 1 / class 1 or type 2 / class 2. For assessing noise in basic industrial, commercial, educational, recreational or residential applications, a type 2 / class 2 decibel meter usually will suffice. For precision-grade assessments often made in a laboratory, a type 1 / class 1 sound level meter primarily is used.
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Light Meters
A light meter is a very sensitive electronic measuring device used to help monitor the illumination of any given area. Most light meter devices are small in size, simple to operate and equipped with an easy-to-read lighted screen made of special glass. Typically, a heavy-duty housing protects the light sensor inside the light meter from damage. A light meter is used for measuring brightness in lux (lx), foot candle (fc) or candela per square meter (cd/m²)measuring units. Some light meter devices are equipped with an internal memory or data logger to record and save measurements. The measurement of light intensity with a light meter is becoming increasingly important in the workplace due to safety concerns. Light measurement is also necessary to determine the best location and angle when installing and adjusting solar panels.
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Durometers
A durometer gauge or durometer tester is needed to perform a durometer hardness test procedure. Durometer devices determine the surface hardness of many different materials, including polymers and elastomers. Each durometer or hardness tester measures the depth of an indentation in the material caused by a defined force of a given geometric presser foot. The depth of the indentation reflects the hardness of the material. A general distinction is made between static and dynamic methods. In traditional static tests, the test force is applied uniformly with increasing magnitude, while in dynamic testing methods, an instantaneous load is applied.
