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HUINUO BP-3000FN Coating Thickness Gauge 3000μm integrated dual-use standard type

SE
Magnetic, eddy current integration, automatic identification substrate, super wear-resistant cemented carbide probe, measuring thickness of 3000 μm, Measurement accuracy +/- 2% + 1 μm, reaction speed up to 0.3 seconds/time, with temperature compensation.
$218.00/set
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HuiNuo BP-3000FN Coating Thickness GaugeSPEC

HuiNuo BP-3000FN Coating Thickness GaugeDetails

HuiNuo BP-3000FN Coating Thickness GaugePacking list

SKU
NB047483
Measurement principle
Magnetic Induction + eddy Current
Measurement range
0~3000μm
margin of error
±2%
resolution
0.1μm|1μm
minimum radius of curvature
F: convex: 1.5mm/concave 25mm; N: convex: 3mm/concave 50mm
thinnest matrix
0.3mm
testing environment
Nonmagnetic coatings on magnetic substrates, insulating coatings on nonmagnetic substrates
probe
Integrated probe
Power Supply
2 AA batteries
Display screen
LCD lattice LCD screen
Operating temperature
-10-50℃
Relative Humidity
<80%
Weight
54G (without battery)
Dimension
101*61*26mm
BP-3000FN
Coating Thickness Gauge
Magnetic, eddy current integration, automatic identification substrate, super wear-resistant cemented carbide probe, measuring thickness of 3000 μm, Measurement accuracy +/- 2% + 1 μm, reaction speed up to 0.3 seconds/time, with temperature compensation.
HUINUO BP-3000FN Coating Thickness Gauge 3000μm integrated dual-use standard type Picture

Introduction

BP-3000FN coating Thickness Gauge is a magnetic, eddy current integration, automatic identification of magnetic or non-magnetic substrates, automatic conversion, it can quickly, non-damage, precision coating thickness measurement. It can be used both in the laboratory and in the engineering field. This instrument can be widely used in the automotive industry, manufacturing, metal processing industry, chemical industry, commodity inspection and other testing fields. It is an instrument required for the material protection profession.

BP-3000FN coating Thickness Gauge has the functions of backlight, large-screen digital display, single-point and multi-point calibration, and this product is resistant to high-low temperatures, drops, probe wear-resistant (more than 500,000 times), good test stability, fast test speed, suitable for various measurement environments. Its technical parameters are in full compliance with national and international standards.

The FE function detects the thickness of non-magnetic coatings on all magnetic substrates, such as lacquer applied to steel, iron, powder coating, plastic, porcelain, chromium, copper, zinc, etc.

The NFe function detects the thickness of the insulating coating on all non-magnetic substrates, such as lacquer, plastic, porcelain, etc. These coatings must be applied to a non-magnetic metal substrate such as aluminum, copper, brass or stainless steel.

Product features

●Measurement method: F magnetic induction, N eddy current

●The spring-guided bushing probe with super wear-resistant carbide probe can ensure that the probe has constant compression force and stable sampling value when measuring on hard or rough surfaces;

●It can quickly and automatically identify magnetic substrates and non-magnetic substrates;

●High precision, good stability, can measure 1-5μm ultra-thin coating;

●The measurement speed can reach 0.3 seconds/time;

●Large-screen digital display is clearer;

●Two shutdown modes: manual shutdown mode and automatic shutdown mode;

●Wide measurement range and high resolution;

●Digital backlight display, no parallax, suitable for night use;

●Measurement mode: single measurement/continuous measurement;

●It has the function of converting metric and imperial units to achieve μm/mil conversion;

●Newly designed shell and internal structure to enhance the beauty, drop resistance and impact resistance of the product;

●The light touch measurement accuracy is good.

CTG-800-1500FN All-in-one dual-purpose standard coating Thickness Gauge details Figure 1


FAQ
QI want to measure the paints Film thickness on the car shell, what instrument is suitable?
A Recommend HuiNuo BP-3000FN Coating thickness gauge. Because the car shell is usually made of steel, this instrument can automatically identify the magnetic substrate, accurate measurement paints and other nonmagnetic coatings Film thickness, measurement speed is fast, every 0.3 seconds can be measured, suitable for the automotive industry on-site inspection.
QOur factory needs to test the anodic oxidation film thickness on the surface of aluminum, which thickness gauge should be selected?
A HuiNuo BP-3000FN is suitable. It has eddy Current measurement function, which can automatically identify nonmagnetic metal substrates such as aluminum, and accurately measure anodic oxidation layer Film thickness. Probe wear-resistant more than 500,000 times, repeated measurement on the aluminum surface will not be damaged, suitable for daily Quality control in the manufacturing industry.
QOur factory needs to test the thickness of anodic oxidation layer on the surface of aluminum, what equipment is good?
A BP-3000FN is very suitable, its NFe function specializes in detecting insulating coatings on nonmagnetic substrates, such as anodic oxidation layers on aluminum, and the probe is wear-resistant more than 500,000 times.
QI want to measure the car body paint thickness, which Coating thickness gauge should I choose?
A The HuiNuo BP-3000FN Coating thickness gauge uses the dual principle of magnetic Induction and eddy Current to automatically identify steel bodies and measure paint thickness. This instrument is commonly used in the automotive industry because its wear-resistant probe can withstand 500,000 measurements, and the 0.3 second fast measurement is particularly suitable for assembly line inspection.
QHow to measure the thickness of anodic oxide coatings on aluminum?
A The NFe function of BP-3000FN is recommended. It is specially used for insulating coating measurement on nonmagnetic metal substrates (such as aluminum), and anodic oxide coatings fall into this category. The instrument can automatically identify aluminum substrates with a resolution of 0.1 μm, and can accurately detect even ultra-thin coatings.
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