Pro Engineers

Price Range : Rs 20000-300000 Per Unit 
DIGITAL COATING THICKNESS GAUGE
Model:-FM2

• Integrated with magnetic-induction probe (F) and eddy current probe (N), switch to the suitable probe automatically according to the material to be measuredDigital LCD display with backlight4 statistical data can be displayed Mean, Max, Min, ,Sdev.
• High precision.
• Anti slip & portable design, easy to carry
• Measure accurately on smooth, rough, thin and curved surfaces.
• Two measurement modes singel & Continuous
• Substrate iron, steel, magnetic stainless steel (does not include non-magnetic stainless steel), etc.
• Coating zinc, copper, chrome-tin, plastic powder, paint (does not include nickel), etc.
• Substrate copper, aluminum, zinc, non-magnetic stainless steel, etc
• Coating plastic powder, paint, anodizing film, etc
• Power off automatically, time can be preset according to your requirements
• Zero calibration
• Automatic identification of metal substrates
• Error message by beeping.
• Magnetic induction probe (F) is to measure the thickness of Non-magnetic coating on magnetic substrate.Eddy current probe (N) is to measure the thickness of non-conductive coating on non-magnetic metal substrate

• Integrated with magnetic-induction probe (F) and eddy current probe (N), switch to the suitable probe automatically according to the material to be measuredDigital LCD display with backlight4 statistical data can be displayed Mean, Max, Min, ,Sdev.
• High precision.
• Anti slip & portable design, easy to carry
• Measure accurately on smooth, rough, thin and curved surfaces.
• Two measurement modes singel & Continuous
• Substrate iron, steel, magnetic stainless steel (does not include non-magnetic stainless steel), etc.
• Coating zinc, copper, chrome-tin, plastic powder, paint (does not include nickel), etc.
• Substrate copper, aluminum, zinc, non-magnetic stainless steel, etc
• Coating plastic powder, paint, anodizing film, etc
• Power off automatically, time can be preset according to your requirements
• Zero calibration
• Automatic identification of metal substrates
• Error message by beeping.
• Magnetic induction probe (F) is to measure the thickness of Non-magnetic coating on magnetic substrate.Eddy current probe (N) is to measure the thickness of non-conductive coating on non-magnetic metal substrate

The F-2 is the most commonly used probe, designed for measuring the thickness of paint, polymer and other dielectric coatings on magnetic substrates. F-2 is the main probe for measuring the thickness of dielectric coatings on steel substrates, primarily paint coatings, polymer materials, bitumen, and mastic coatings.

The best choice if you need to measure coating thickness in the mid-range (up to 2 mm/2000 µm) on steel substrates, without the requirement to measure electroplated coatings.

The F-0.5 is the most commonly used probe, designed for measuring the thickness of electroplated coatings (such as zinc, chrome, and others), as well as paint (and other dielectric) coatings on magnetic substrates. This probe is ideal for measuring the thickness of zinc, chrome, and other electroplated coatings.

It can also be used for measuring the thickness of paint, polymer coatings, and any other dielectric coatings. It’s the best choice if you need to measure relatively thin coatings (up to 500 µm) on steel substrates.

Pencil-Type probe for coating thickness gauge is designed for precise measuring the thickness of electroplated (zinc, chrome) and dielectric (lacquer, paint, polymers, etc.) non-magnetic coatings on small steel parts. This probe provides high accuracy even on thin coatings, making it ideal for industrial applications, construction, and laboratory research.

Recommended use: this specialized probe is designed for measuring the thickness of zinc, chrome, and other electroplated coatings on fasteners and other parts with dimensions of just a few millimeters or less. If the objects being measured are not as small, we recommend using the F-0.5 probe, which is more convenient to use and has a slightly wider measurement range.

M-30 probe for measuring the thickness of very thick polymer and other dielectric coatings on any metals (magnetic and non-magnetic) with a very wide range and moderate accuracy. Recommended application: specialized probe for measuring the thickness of very thick dielectric coatings on gas and oil pipelines.

Mainly polymer material coatings, bitumen, and mastic coatings. Necessary when the range of standard thick coating probe M-12 (up to 12 mm) is insufficient and there is a need to measure coatings up to 30 mm thick on any metals.

Probe for measuring the thickness of thick paint, polymer, and other dielectric coatings on magnetic substrates. Recommended application: measuring the thickness of fairly thick dielectric coatings on steel substrates.

Mainly fire protection, polymer material coatings, bitumen, and mastic coatings. The best choice if you need to measure coating thickness over a wide range (up to 5 mm) on steel substrates.

Measurement of groove depth and roughness. The DSH probe allows user to evaluate roughness, measure the depth of corrosion, surface defects and grooves. To determine the roughness, it is necessary to perform a series of measurements on the surface of a small area, and then using the formula to calculate the desired value.

Measurement of temperature, humidity and dew point. Using the DTVR probe, it is possible to measure humidity and air temperature, on the basis of which the device calculates the dew point, which is very important to know before applying the paint to the base.

Surface temperature measurement. Using the DT probe, the surface temperature is measured by the contact method.

Probe for measuring the thickness of paint, polymer, and other dielectric coatings on non-magnetic substrates. Recommended application: main probe for measuring the thickness of dielectric coatings on non-magnetic substrates. Mainly paint coatings, polymer material coatings, bitumen, and mastic coatings.

The best choice if you need to measure coating thickness in the mid-range (up to 2 mm) on non-ferromagnetic substrates.

M-12 probe for measuring the thickness of thick polymer and other dielectric coatings on any metals (magnetic and non-magnetic) with a very wide range and moderate accuracy. Recommended application: main probe for measuring the thickness of dielectric coatings on gas and oil pipeline systems.

Mainly polymer material coatings, bitumen, and mastic coatings. The best choice if you need to measure coating thickness in a large thickness range (up to 12 mm) on any metal substrates with a single probe.