Coating Thickness Measurement Gauge YT8500

This Coating Thickness Measurement Gauge YT8500 Instrument are Certified with
certify
1 Years Warranty (Additional support period of 3 years)

Professional version YT8500 for integrated dual-use coating thickness gauge

YT8500 is a standard integrated dual-use coating thickness gauge made by 3nh Company. It is a domestic coating thickness gauge with independent intellectual property right. It can quickly and accurately detect the coating thickness on metal substrate. YT8500 coating thickness measuring instrument fully conforms to ISO 2178, ISO 2360, GB/t 4956, GB/t 4957, ASTM B499 and other standards of magnetic method and Eddy current method testing principle.

Professional version YT8500 integrated dual-use coating thickness gauge has the advantages of accurate measurement, large measuring range, multi-calibration mode, multi-measurement mode, convenient positioning and powerful function, widely used in manufacturing, metal processing, chemical industry and other surface engineering testing fields, coating surface treatment industry is the basic equipment.

The Fe-based probe can detect the thickness of non-magnetic coatings on various magnetic substrates (such as steel) , such as paint, powder, porcelain, chromium, copper, zinc, etc..


NFe based probes detect the thickness of all insulating coatings, such as paint, powder, porcelain, etc. , applied to non-magnetic metal substrates such as aluminum, copper, brass, stainless steel, etc. .

 

Characteristics of standard Version YT8500

 

1、Large range5000μm

Maximum measurement thickness 5000 μm

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2、Support Zero Point, single point, five points

Support a variety of calibration methods, testing more convenient, to meet the needs of higher test accuracy

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3、IPS pure color screen, smooth operation, large storage capacity

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4、Measurement mode rich

Coating thickness tester YT8500 has basic mode, quality control mode, continuous mode, statistical mode for choice, to adapt to more test scenarios

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5、Non-destructive testing, automatic identification of substrate type coating thickness Tester

YT8500 can automatically identify magnetic, non-magnetic substrate, non-destructive testing does not harm samples, enhance the detection speed。

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6、The radius of convex plane and concave plane

Precisely measured at 5mm and 10mm respectively

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7、High sensitive probe

Independently developed high sensitive probe response speed, testing more accurate

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8、Support Bluetooth, more mobile APP extensions

Can be instant through Bluetooth measurement data transfer to the hands of the APP, the corresponding data editing and processing, output test report

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Technical parameters of Standard Edition YT8500 integrated dual-use coating thickness gauge


ModelYT8500
Product NameStandard Edition YT8500 integrated dual-use coating thickness gauge
 
Characteristic
YT series coating thickness tester is made by 3NH company. It is a domestic coating thickness tester with independent intellectual property rights. It can quickly and accurately detect the coating thickness on metal substrate. The instrument fully conforms to ISO 2178, ISO 2360, GB/t 4956, GB/t 4957, ASTM B499 and other standards of magnetic and Eddy current testing principles.
It is widely used in surface engineering testing fields such as manufacturing, metal processing, chemical industry, and so on, because of its high precision, large measuring range, multi-calibration mode, multi-measurement mode, convenient positioning and powerful function, is The coating surface treatment profession basic equipment.
The Fe-based probe can detect the thickness of non-magnetic coatings on various magnetic substrates (such as steel) , such as paint, powder, porcelain, chromium, copper, zinc, etc. .
NFe based probes detect the thickness of all insulating coatings, such as paint, powder, porcelain, etc. , applied to non-magnetic metal substrates such as aluminum, copper, brass, stainless steel, etc. .
StandardASTM B499,ASTM D1400,ASTM D709;
ISO 2178,ISO 2360,ISO 2808;
GB/T 4956,JB/T 8393
MatrixFe/NFe
Probe typeIntegrated
Resolution0.1μm
Measurement range0~5000μm
Measurement accuracyzero calibration:±(3%H+1)μm;
Two point calibration:±(1~3%H+1.5)μm;
note: H is the sample thickness
Display screenIPS Full color screen, 1.14inch
InterfaceType C USB;Bluetooth 5.0;Button
Stored data3,500, massive storage via mobile APP
Battery capacityLithium-ion battery, fully charged, one-time continuous test 10000
Measurement modeBasic Model, quality control model, continuous model, statistical model
Minimum measurement sizeMagnetism:10×10mm;
Non-magnetic:10×10mm
Minimum measurement thicknessMagnetism:0.2mm;
Non-magnetic:0.05mm
Minimum curvatureconvex radius 5mm; concave radius 10mm
Unitμm/mil
Size107×50×20mm
Weight65g
Working temperature0~40ºC(10~90%RH without condensation)
Storage temperature -10~50ºC
Software SupportWeChat applet,HarmonyOS,Windows,Android,IOS
Standard accessories2 base (Aluminium Matrix and Iron Matrix), wrist strap,,Wipe cloth, USB cable, positioning film, calibration film
Optional accessoriesPrinter,5V-2A Power adapter
Note:Calibration film a set of 5(slightly different thickness) , technical parameters only for reference, to the actual sales of products shall prevail


Our Valued Clients

FAQs About  Coating Thickness Gauge

There are many factors that can influence accuracy such as surface roughness, temperature, substrate material, and calibration settings. For ferrous metals, external magnetic fields can also distort measurements. Proper calibration and preparation will help reduce the impact of these factors.


The automotive, aerospace, metal finishing, marine, construction, and manufacturing industries utilize and rely on coating thickness gauges the most. They ensure that coatings are within the expected criteria for functionality, safety, and durability.


Once ignited, the gauge will select the correct substrate mode. The probe should be placed flat on the coated surface. The thickness of the coating will show on the screen. Measurements should be taken on different areas of the surface to ensure accuracy.


A coating thickness gauge measures film layers by identifying shifts in magnetic flux, eddy currents, or ultrasonic echoes as they penetrate the coating. The gauge calculates thickness based on the magnitude of these signals. This universally accepted approach results in quick, reliable, and non-invasive measurements. 

A magnetic induction gauge measures galvanized coatings by sensing the zinc coating on steel and iron. The measurement tells how thick the protective coating is. This is done to ensure the prevention of rusting.  


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