Good advice can only be given by a truly disinterested person.
02141 Ukraine, Kiev, st. Rudenko, 6a, office 819
tel.: 067-2-316-316; 044-536-4-666
tel.: multichannel 091 48-10-416
admin@inconsulting.com.ua

Determination of coating thickness

1 1 1 1 1 Rating 0.00 (0 Votes)

Определение полимерного покрытия ТП-44 Coating thickness gauge TP-44 provides the ability to measure:

  • thickness of paint and varnish and electrically conductive non-magnetic coatings on steels;
  • thickness of paint and varnish coatings on non-ferrous metals and non-magnetic alloys;
  • thicknesses of bituminous and thick-layer protective coatings on various metals;
  • surface roughness before painting.

The device combines two methods for measuring the thickness of coatings: eddy-current parametric and inductive magnetic.

The device is designed to measure

  • the thickness of dielectric (anodic oxide, paint and varnish, mastic, plastic, Teflon, radio-absorbing, etc.) and non-ferromagnetic conductive coatings on ferromagnetic bases using induction converters ID0, ID1, ID2, F2, F4;
  • thickness of dielectric coatings on electrically conductive non-ferromagnetic bases using parametric converters PD0, PD1, dielectric thick-layer coatings on electrically conductive bases using parametric converters PD2, PD3, PD4;
  • point measurement of the depth of the depressions using the DSh1 sensor.

More ...

Hide

Определение толщины краски на трубе ТП-44 The advantages of the device include:

  • wide range of measured thicknesses;
  • implementation of eddy current and induction measurement methods in one device;
  • large informative graphic indicator (128x64 pixels) with bright white backlighting;
  • simultaneous display of the necessary information on the indicator, clarity of its presentation;
  • intuitive control of the device, which increases the operator's productivity;
  • minimum thickness indication;
  • simultaneous display of the current and average results, as well as the number of measurements;
  • indication of the beginning and end of the measurement;
  • indication of the type of the connected sensor;
  • memory of measurement results with page (file) organization;
  • data transfer to PC via USB interface;
  • battery discharge control;
  • self-shutdown of the device when idle;
  • small dimensions and weight;
  • operating time from one set of batteries - 45 ± 10 hours, battery discharge level control;
  • degree of dust and moisture protection IP54.


Technical characteristics of TP-44:

Measured thickness range (depending on the type of sensor)

5 μm ... 60 mm

Определение толщины краски на автомобиле ТП-44
Results memory locations

2000

Number of Result Memory Pages

up to 200

Overall dimensions, mm

122x65x23

Working temperature range, ° С

from -5 to + 40

Food

2 AA batteries or accumulators

Weight of electronic unit with battery, no more, kg

0.2

Main technical characteristics of sensors:

Coatings on steels (dielectric and electrically conductive coatings on ferromagnetic metals and alloys)

Sensor type

Coating thickness

Measurement error

Sensor dimensions, mm

F2 sensor

0-5000 μm

± (3% + 2 μm)

d17x40

sensor ID0

0-300 μm

± (3% + 1 μm)

d5x40

sensor ID1

0-500 μm

± (3% + 1 μm)

d7x14

sensor ID2

0-2000 μm

± (3% + 2 μm)

d9x35

Coatings on non-magnetic metals (dielectric coatings on non-ferromagnetic metals and alloys)
PD0 sensor

0-500 μm

± (3% + 2 μm)

d12x35

PD1 sensor

0-2000 μm

± (3% + 2 μm)

d12x35

Thick coatings on metals (dielectric coatings on metals)
F4 sensor

0-15 mm

± (3% + 0.02 μm)

d25x45

PD2 sensor

0.5-12 mm

± (3% + 0.02 μm)

d15x50

PD3 sensor

1-30 mm

± (3% + 0.03 μm)

d40x50

PD4 sensor

1-60 mm

± (3% + 0.05 μm)

d70x60

Roughness measurement, Rz (after sandblasting before painting)
DSh1 sensor

2-360 μm

± (3% + 2 μm)

d12x45

Определение толщины цинкового покрытия ТП-44

Examination of metals and alloys

Service (for 1 sample) Deadlines Price without VAT*
Coating expertise
Coating thickness determination (ISO 2808):
magnetic induction method (EN ISO 2178, ISO 3882, 10 points, 3-5000 microns) up to 9 days 66 USD
eddy current method (EN ISO 2360, ISO 3882, 10 points, 5-2000 µm) up to 9 days 66 USD
metric method (ISO 3882, 5 points, 10-2500 microns) up to 7 days 48 USD
drip method (5 points, from 2.5 µm) up to 9 days 90 USD
XRF method (ISO 3497, ISO 3882, 1 point, from 0.01 µm) up to 8 days 55 USD
gravimetric method (ISO 10111, ISO 3882, arbitration, 3 points, no limit) up to 8 days 175 USD
Sample preparation (removal of coating, up to 10 points) up to 11 days 33 USD

The prices are approved by the director of LLC "In Consulting" 26.11.2025. Deadlines are indicated in working days

For a free consultation, you can use On-line consultation, or call us or write to the messengers.For information about the cost of services go to Tariffs or place Application for Services.