Surfix EX / Surfix SX

Modern Coating Thickness Measurement: Graphic Display, PC Connectivity, Easy Operation, and Proven PHYNIX Probes

The standout feature of this new PHYNIX device is its bright color graphic display with enhanced text presentation, supporting a variety of different operating languages. The standard language set now includes English, German, French, Italian, Spanish, Turkish, Czech, and Chinese. Compared to the Surfix series, the internal memory has been significantly expanded and can now store up to 2,000 measurement values. Connection to a computer is established via USB 2.0. The PHYNIX.connect data transfer program, compatible with all modern Windows systems, makes it easy to export measured values to Excel.

Two models are available:
Surfix® SX can be connected to all probes in the PHYNIX probe range. This provides the highest possible flexibility, allowing the device to handle a wide variety of measurement tasks.
Surfix® EX, equipped with a fixed standard probe, is suitable for applications where the measurement tasks are clearly defined. It is easy to use and more cost-effective compared to the Surfix® SX, which features a high-quality connector for interchangeable probes.

Application Areas
  • Electroplating industry
  • Paint and coatings industry
  • Automotive industry
  • Chemical industry
  • Aerospace engineering
  • Shipbuilding
  • Research laboratories and universities
Advantages
  • Innovative and user-friendly measurement technology
  • High-resolution color graphic display
  • USB interface
  • Automatic recognition of the base material
  • Data memory for up to 2,000 measurement values
  • Online statistics
  • Intuitive menu navigation
  • Measurements on hot surfaces up to 150°C or 300°C (optional)
  • Manufacturer’s test certificate
  • 2-year warranty

All of our measuring probes feature a highly wear-resistant measuring pin made of tungsten carbide, ensuring an almost unlimited service life.

A wide variety of interchangeable probe types offer numerous options for both universal applications and specific measurement requirements. These include some of the world’s smallest probes, enabling reliable measurements even in challenging geometries such as inside tubes, gaps, and pipes.

F-type probes measure only on ferromagnetic metals like steel and iron using the magnetic induction method (TS 2311 / EN ISO 2178). N-type probes measure on non-ferromagnetic metals like aluminum, bronze, and zinc using the eddy current method (TS 2674 / EN ISO 2360). FN-type probes can measure coating thickness on all metal types using both magnetic induction and eddy current methods

Product Code Description
11280 Phynix Surfix SX
Dry Film Thickness Gauge, probe not included
11281 Phynix Surfix EX-FN
Dry Film Thickness Gauge, probe not included
11282 Phynix Surfix Pro EX-F
Dry Film Thickness Gauge, probe not included
11283 Phynix Surfix Pro EX-N
Dry Film Thickness Gauge, probe not included
P10845 Prob FN 0,2
For coating thickness measurement on steel/iron (Fe) and non-ferrous (NFe) metals such as aluminum, bronze, and zinc
Range: 0–200 microns
Accuracy: ±1 µm + 0,7% of the reading
P10749 Prob FN 1,5
For coating thickness measurement on steel/iron (Fe) and non-ferrous (NFe) metals such as aluminum, bronze, and zinc
Range: 0–1,500 microns
Accuracy: ±1 µm + 1% of the reading
P10925 Prob FN 1,5 with acid resistant pole
For coating thickness measurement on steel/iron (Fe) and non-ferrous (NFe) metals such as aluminum, bronze, and zinc
Range: 0–1,500 microns
Accuracy: ±1 µm + 1% of the reading
P10949 Prob FN 1,5 R
For coating thickness measurement on steel/iron (Fe) and non-ferrous (NFe) metals such as aluminum, bronze, and zinc
Range: 0–1,500 microns
Accuracy: ±1 µm + 1% of the reading
P10751 Prob FN 1,5/90°
For coating thickness measurement on steel/iron (Fe) and non-ferrous (NFe) metals such as aluminum, bronze, and zinc
Range: 0–1,500 microns
Accuracy: ±1 µm + 1% of the reading
P10750 Prob FN 3,5
For coating thickness measurement on steel/iron (Fe) and non-ferrous (NFe) metals such as aluminum, bronze, and zinc
Range: 0–3,500 microns
Accuracy: ±2 µm + 1% of the reading
P10752 Prob F 1,5
For coating thickness measurement on steel/iron (Fe)
Range: 0–1,500 microns
Accuracy: ±1 µm + 1% of the reading
P10950 Prob F 1,5 R
For coating thickness measurement on steel/iron (Fe)
Range: 0–1,500 microns
Accuracy: ±1 µm + 1% of the reading
P10753 Prob F 3,5
For coating thickness measurement on steel/iron (Fe)
Range: 0–3,500 microns
Accuracy: ±1 µm + 2% of the reading
P10754 Prob F 10
For coating thickness measurement on steel/iron (Fe)
Range: 0–10,000 microns
Accuracy: ±3 µm + 1% of the reading
P10755 Prob N 1,5
For coating thickness measurement on non-ferrous (NFe) metals such as aluminum, bronze, and zinc
Range: 0–1,500 µm
Accuracy: ±1 µm + 1% of the reading
P10926 Prob N 1,5 with acid-resistant pole
For coating thickness measurement on non-ferrous (NFe) metals such as aluminum, bronze, and zinc
Range: 0–1,500 µm
Accuracy: ±1 µm + 1% of the reading