Name: Hand-Held Coating Thickness Gauge
Brand: Tool
SKU: 1564
Availability: InStock

Hand-Held Coating Thickness Gauge

Size chart

Clothing Size Conversion Chart
Category	US	EU	UK	Chest (in)	Waist (in)	Hips (in)
Men	XS	44	34	32-34	26-28	33-35
	S	46	36	34-36	28-30	35-37
	M	48	38	38-40	32-34	39-41
	L	50	40	42-44	36-38	43-45
	XL	52	42	46-48	40-42	47-49
Women	XS	32	6	31-32	24-25	33-34
	S	34	8	33-34	26-27	35-36
	M	36	10	35-36	28-29	37-38
	L	38-40	12-14	37-39	30-32	39-41
	XL	42	16	40-42	33-35	42-44
Youth	XS	128	7	26-28	23-24	26-28
	S	134	8	28-30	24-25	28-30
	M	140	10	30-32	25-26	30-32
	L	146	12	32-34	26-27	32-34
	XL	152	14	34-36	27-28	34-36

Pants Size Conversion Chart
Category	US	EU	UK	Waist (in)	Hip (in)	Inseam (in)
Men	28	44	28	28	34	30
	30	46	30	30	36	31
	32	48	32	32	38	32
	34	50	34	34	40	33
	36	52	36	36	42	34
Women	0	32	4	24	34	30
	2	34	6	25	35	30
	4	36	8	26	36	31
	6	38	10	27	38	32
	8	40	12	28	40	32

Shoes Size Conversion Chart
Category	US	EU	UK	Foot Length (in)
Men	6	39	5.5	9.25
	7	40	6.5	9.625
	8	41	7.5	10
	9	42	8.5	10.25
	10	43	9.5	10.625
	11	44	10.5	11
	12	45	11.5	11.25
	13	46	12.5	11.625
Women	5	35	2.5	8.5
	6	36	3.5	8.875
	7	37	4.5	9.25
	8	38	5.5	9.625
	9	39	6.5	10
	10	40	7.5	10.25
	11	41	8.5	10.625
	12	42	9.5	11
M (Unisex)	5	37	4.5	8.75
	6	38	5.5	9
	7	39	6.5	9.5
	8	40	7.5	10
	9	41	8.5	10.25
	10	42	9.5	10.625
	11	43	10.5	11
	12	44	11.5	11.25

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Best sale paint thickness gauge, used for non-destructive, rapid and high-precision coating thickness measurement. 0-1500/ 2000/ 3000/ 10000μm wide-range paint thickness meter with magnetic induction or eddy current, strict testing to ensure the quality.

Specification

Model	CM10FN	CM10N	CM10F	CM10FH
Working Principle	Magnetic Induction/ Eddy Current	Eddy Current	Magnetic Induction	Magnetic Induction
Measuring Range	0-1500μm	0-2000μm	0-3000μm	0-10000μm
Resolution	0.1μm	0.1μm	0.1μm	1μm
Accuracy (μm)	± (2%H+2)	± (2%H+2)	± (2%H+2)	± (2%H+10)
Minimum Curvature Radius	5mm	5mm	5mm	10mm
Minimum Diameter Of Substrate	20mm	20mm	20mm	40mm
Minimum Thickness Of Substrate	0.5mm	0.5mm	0.5mm	2mm
Display	LED Display
Statistics	Number Of Measurements, Maximum, Minimum, Average, Standard Deviation
Calibration	Zero Point, One Point, Two Point Calibration
Working Temperature	-10℃ to 50℃
Auto Power-off	√
Power Supply	2*1.5V Batteries
Dimension	149mm×73mm×32mm (H×W×D)
Package Weight	0.2kg

Details

Tips: Eddy current measurement principle of coating thickness tester

The high-frequency AC signal generates an electromagnetic field in the probe coil, and when the probe approaches the conductor, eddy currents are formed in the conductor. The closer the probe is to the conductive substrate, the greater the eddy current and the greater the reflection impedance. This feedback effect represents the distance between the probe and the conductive substrate, that is, the thickness of the non-conductive coating on the conductive substrate. Because this type of probe specializes in measuring the thickness of the coating on a non-ferromagnetic metal substrate, it is usually called a non-magnetic probe. The non-magnetic probe uses high-frequency materials as the coil core, such as platinum nickel alloy or other new materials. Compared with the principle of magnetic induction, their main difference is that the probe is different, the frequency of the signal is different, and the size and scale of the signal are different. Like the magnetic induction paint thickness gauge, the eddy current coating thickness gauge has a resolution of 0.1μm, an allowable error of 1%, and a range of 10 mm. The coating thickness gauge adopts the principle of eddy current, in principle, it can measure the non-conductor coating on all conductors, such as the surface of aerospace aircraft, vehicles, household appliances, aluminum alloy doors and windows and other aluminum products, plastics coating and anodized film. The coating material has a certain degree of conductivity, which can also be measured by calibration, but the ratio of the conductivity of the two is required to be at least 3-5 times different (such as chrome plating on copper). Although the steel substrate is also an electrical conductor, it is more appropriate to use the principle of magnetism for such tasks.