Coating thickness gauges external probe
  • Coating thickness gauges external probe
  • Coating thickness gauges external probe
  • Coating thickness gauges external probe
  • Coating thickness gauges external probe
  • Coating thickness gauges external probe

Coating thickness gauges external probe

Coating thickness gauge for ferromagnetic and non ferromagnetic bases - SA8826

SA8826 Coating thickness gauge allow to measure many type of layers and coatings, in order of tenths of a micron, quickly, accurate and non destructive.

SA8826 Combine agility andcompactness along with reliability and strength to offer an higly professional instrument at the same time simply usable by less experienced users.

SA8826 has main application on many industrial department: anticorrosive corrosion protection, galvanic, chemical, paintings, quality control, shipbuilding, aeronautical, automotive, packaging, machinery construction and equipment.

Coating thickness gauge SA8826 is available in 3 version : F,NF and FN depending on his final use. These 3 versions have been projected to measure thickness of carryovers on: ferromagnetic bases (example iron), non ferromagnetic (example aluminum) and both.

In the first case the instrument use magnetic induction principle, in the second that of eddy current.  

Coating thickness gauge SA8826,main technical features :

  • Ideal for laboratory use and on field use.
  • “Fe”(F) probe allows to measure thickness of non magnetic materials (like paints, plastics, enamel, copper, zinc, aluminum, chromium) on magnetic materials (like iron, nickel, etc. can be also used to measure thickness of galvanized, lacquered, enameled, phosphated layers, copper covers, aluminum, some alloys, paper etc.
  • “Nfe” (NF) measure thickness of non magnetic materials on non magnetic metals. Must be used on lacquers, varnishes, enamels, plastics etc. applied on aluminum, brass, zinc and other nonferrous metals.
  • Automatic recognition of substrate;
  • Automatic / Manual power off;
  • 2 Measurement method: single or continuos; μm /mil conversion;
  • Digital display for an easy and exact data reading;
  • Built with high quality materials ensure perfect use for years without need of manteinance.


Modello / Model





ISO 2178; ISO 2360 ; ISO 2808 ; ISO 1461 ; ISO 19840 : ISO 10074
ISO 2063 ; ASTM B 499 ; ASTM D 7091 ; ASTM E 376 ; ASTM G 12
BS 5599 ; EN 13523-1 ; IMO MSC.215(82) ; IMO MSC.244 (83)
NF T30-124 ; SSPC PA 2 ; US Navy PPI 63101-000 ; US Navy NSI 009-32
AS 2331.1.4 ; AS 3894.3-B ; AS/NZS 1580.108.1

Principio di funzionamento

Operating principle

Tipo F (magneto induttivo)

F Type (magnetic induction)


Tipo N (correnti parassite)

N Type (eddy current)


Campo di misura / Measuring range

0 ~ 1.250 µm

Risoluzione / Resolution

0,1 µm ≤ 99,9 µm ; 1 µm > 100 µm

Precisione / Accuracy

± 1 ~ 3% n or ± 2,5 µm

Raggio minimo di misurazione

Workpiece minimum radius

F type : Convex 1,5 mm / Concave 25 mm

N type : Convex 3 mm / Concave 50 mm

Minima area misurabile / Min. measuring area

6 mm

Spessore minimo base / Min. sample thickness

0,3 mm

Memoria interna / Internal memory


Uscita dati / Data output

Unità di misura / Measuring units

µm ; mil

Indicatore batterie scariche / Low battery indicator

Autospegnimento / Auto switch-off

Alimentazione / Power supply

AAA batteries

Dimensioni / Dimensions

126 x 65 x 27 mm

Peso / Weight

81 g



Dotazione Standard / Standard Supply:
Unità centrale / Main unit
Sonda/e / Probe/s
Base/i azzeramento / Zero substrate/s
Spessori di calibrazione / Calibration foils
Valigetta / Carrying case
Manuale d’uso / User's manual

Accessori Opzionali / Optional Accessories:
Cavo e software / Cable and software
Spessori di calibrazione / Calibration foils
Certificato di taratura / Calibration report

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