FISCHER coating thickness gauge probe (contact type)

NegotiableUpdate on 02/09

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Overview

The quality of a measurement is mainly determined by several key factors. Including: selecting appropriate probes and the quality of the probes themselves. Helmut Fischer GmbH provides you with a wide range of high-precision probes of excellent quality, all of which are independently developed and produced according to the highest quality requirements.

Product Details

Product Description

The quality of a measurement is mainly determined by several key factors. include:Choose the appropriate probe and the quality of the probe itself.Helmut FischerGmbHWe provide you with a wide variety of high-precision probes of excellent qualityHead, all probes are independently developed and produced according to high quality requirementsProduction.

The type of coating/substrate is an important criterion for selecting probes. Additionally, platingThe approximate thickness of the layer, the material of the substrate, the area of the measurement point, and the sampleThe shape and surface condition of the probe are factors that need to be considered when selecting it.Curvature compensation probe (eddy current method) is suitable for samples with different curved surfaces; doubleContact probes can obtain accurate results on rough surfaces.FMP1TheFMP20TheFMP30TheFMP40All types of instruments can be connectedThe same probe can meet your different measurement needs.

Main applications:

The measurement range ranges from nanometer level toMillimeter level unequal

※Non ferromagnetic coating on magnetic substrate

※Non ferromagnetic and non-conductive coatings on conductive non ferromagnetic substrates

※Conductive coatings on various substrates

※Ferromagnetic coating on non ferromagnetic conductive substrates

※Conductivity measurement and material property testing of non ferromagnetic materials,

※For example, microstructure and material performance changes caused by thermal damage or material fatigue

※Testing of Ferrite and Martensite Content on Austenitic Steel and Dual phase Steel

In order to obtain accurate results, the measuring probe must have certain special properties suitable for various applications. Choosing the appropriate probe has a significant impact on the quality of measurement results, as it is the pathway for transmitting actual measurement signals. Based on decades of experience in various fields, FISCHER has developed a wide range of high-quality probe products for contact measurement technology, suitable for measuring coating thickness and material testing.

probecharacteristic:

strong： The FISCHER probe has extremely strong durability and wear resistance, and can maintain accurate measurements for a long time even on hard surfaces and after countless uses.

Internal research and manufacturingAll probes are developed and manufactured according to strict quality standards.

Factory SchoolaccurateEach individual probe is factory calibrated at several reference points to ensure a high degree of authenticity.

Conductivity compensation:FISCHER's conductivity compensation - used in all eddy current probes - enables it to adapt to different conductivities of substrates, such as different aluminum alloys, reducing time-consuming on-site calibration on actual base materials while achieving high accuracy.

Curvature compensation：The special probe for eddy current method can automatically compensate for the influence of curvature on circular specimens.

Reduce measurement errorsThe spring loaded system ensures that the probe is always under the same pressure. This reduces measurement errors and improves repeatability accuracy. Many of our probes are equipped with this spring system. Therefore, soft surfaces can also be measured.

The selection of probes is based on the following criteria:

※ Material combination of coating and substrate

※Approximate thickness of coating and substrate

※Area of measurement point

※The shape of the specimen

※Surface condition of measuring points

For the selection of probes, we recommend that you choose the probe that is suitable for your application. You can request a sample of "Probes and Accessories" to learn more about probes.