Surfix® SX Coating Thickness Gauge in India

Our Surfix® SX is a universal device and can be operated with various probes. Due to the our selection of interchangeable probes it offers a wide range of measurement applications.

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Surfix® SX

Our Surfix® SX is a universal device and can be operated with various probes. Due to the our selection of interchangeable probes it offers a wide range of measurement applications. The option to store and transfer the measured data, the easy handling and the high accuracy make it the universal measurement gauge. The device is designed for tough operations in the field as well as in laboratories.

Key Features of Surfix® SX Coating Thickness Gauge in India

Dual Measurement Technology (Ferrous & Non‑Ferrous)

High‑Accuracy & Wide Measurement Range

User‑Friendly Digital Interface

Data Logging with USB/Bluetooth Connectivity

Interchangeable Probes for Versatility

Find Metrology Solutions In Strategic Industrial Locations

Coating Thickness Gauges in Delhi NCR

Coating Thickness Gauges in Rajasthan

Coating Thickness Gauges in Punjab

Coating Thickness Gauges in Uttar Pradesh

Coating Thickness Gauges in Himachal Pradesh

Coating Thickness Gauges in Uttarakhand

Coating Thickness Gauges in Jammu & Kashmir

Electroplating
Paint shops
Automotive industry
Chemical industry
Aerospace industry
Ship building industry
Research facilities and laboratories

Detachable probe model
Data memory of 2,000 readings
Colour display
Statistics
USB interface
Multiple probe options
DIN, ISO, ASTM, BS standards
IP 52 (protection against dust and dripping water)

Range	0 – 1500 μm (Depending on probe selected)
Min radius for convex surface	1.5 mm
Min radius for concave surface	5 mm
Min measuring area	5 mm X 5 mm
Minimum Substrate Thickness	Ferrous – 0.2 mm Non-Ferrous – 50 μm (FN Model)
Standards	DIN, ISO, ASTM, BS
Calibration	Works calibration, zero calibration, one-foil calibration; zero-offset
Statistics	Number of measured values, mean value, standard deviation, minimum and maximum measured value
Memory	Max. 2000 readings
Data transfer	USB 2.0 interface
Display	Colour display
Protection Class	IP 52 (proof against dust and dripping water)
Dimensions	137mm x 66mm x 23mm
Probe type	Detachable probe, Supports multple probes
Surface Temperature	-15 °C to 60 °C
Accuracy	Please refer supported probes
Resolution	Please refer supported probes
Warranty	1 Years

Supported Probes

Range	0 – 200 µm for Iron/Steel (FN & F models) 0 – 200 µm for Non-Ferrous metals (FN and N Models)
Substrate	Ferrous and Non-Ferrous
Tolerance	± (0.7 µm + 1 % of reading)
Resolution	0.1 µm or < 0.2 % of reading
Min. Area of measurement	5 mm x 5 mm
Minimum radius of curvature	Convex 1.5 mm, Concave 5 mm
Minimum thickness of substrate	Iron/Steel: 0.2 mm Non-ferrous metals: 50 µm
Surface Temperature	-15 °C to 60 °C

Range	0 – 1,500 µm for Iron/Steel (FN & F models) 0 – 1,500 µm for Non-Ferrous metals (FN and N Models)
Substrate	Ferrous (FN/F) and Non-Ferrous (FN/N)
Tolerance	± (1 µm + 1 % of reading)
Resolution	0.1 µm or < 0.2 % of reading
Min. Area of measurement	5 mm x 5 mm
Minimum radius of curvature	Convex 1.5 mm, Concave 5 mm
Minimum thickness of substrate	Iron/Steel: 0.2 mm (FN and F Model) Non-ferrous metals: 50 µm (FN and N Model)
Surface Temperature	-15 °C to 60 °C
Minimum ID for measurement (for FN 1.5/90)	12.5 mm

Range	0 – 1,500 µm for Iron/Steel 0 – 1,500 µm for Non-Ferrous metals
Substrate	Ferrous and Non-Ferrous
Tolerance	± (1 µm + 1 % of reading)
Resolution	0.1 µm or < 0.2 % of reading
Min. Area of measurement	5 mm x 5 mm
Minimum radius of curvature	Convex 1.5 mm, Concave 5 mm
Minimum thickness of substrate	Iron/Steel: 0.2 mm (FN and F Model) Non-ferrous metals: 50 µm (FN and N Model)
Surface Temperature	-15 °C to 60 °C
Minimum ID for measurement	12.5 mm

Supported Probes

Range	0 – 200 µm for Iron/Steel (FN & F models) 0 – 200 µm for Non-Ferrous metals (FN and N Models)
Substrate	Ferrous and Non-Ferrous
Tolerance	± (0.7 µm + 1 % of reading)
Resolution	0.1 µm or < 0.2 % of reading
Min. Area of measurement	5 mm x 5 mm
Minimum radius of curvature	Convex 1.5 mm, Concave 5 mm
Minimum thickness of substrate	Iron/Steel: 0.2 mm Non-ferrous metals: 50 µm
Surface Temperature	-15 °C to 60 °C

Range	0 – 1,500 µm for Iron/Steel (FN & F models) 0 – 1,500 µm for Non-Ferrous metals (FN and N Models)
Substrate	Ferrous (FN/F) and Non-Ferrous (FN/N)
Tolerance	± (1 µm + 1 % of reading)
Resolution	0.1 µm or < 0.2 % of reading
Min. Area of measurement	5 mm x 5 mm
Minimum radius of curvature	Convex 1.5 mm, Concave 5 mm
Minimum thickness of substrate	Iron/Steel: 0.2 mm (FN and F Model) Non-ferrous metals: 50 µm (FN and N Model)
Surface Temperature	-15 °C to 60 °C
Minimum ID for measurement (for FN 1.5/90)	12.5 mm

Range	0 – 1,500 µm for Iron/Steel 0 – 1,500 µm for Non-Ferrous metals
Substrate	Ferrous and Non-Ferrous
Tolerance	± (1 µm + 1 % of reading)
Resolution	0.1 µm or < 0.2 % of reading
Min. Area of measurement	5 mm x 5 mm
Minimum radius of curvature	Convex 1.5 mm, Concave 5 mm
Minimum thickness of substrate	Iron/Steel: 0.2 mm (FN and F Model) Non-ferrous metals: 50 µm (FN and N Model)
Surface Temperature	-15 °C to 60 °C
Minimum ID for measurement	12.5 mm

How Surfix® SX Coating Thickness Gauge Work?

The Surfix® SX Coating Thickness Gauge works by using non‑destructive dual measurement technologies to determine how thick a coating is on a substrate. When you place its interchangeable probe on a coated surface, the gauge measures changes caused by the coating layer using magnetic induction on ferrous substrates and eddy current on non‑ferrous substrates. These changes alter magnetic fields or induced currents between the probe and base material, and the gauge’s electronics convert that signal into a precise thickness value displayed on the screen. Built‑in data logging, statistics, and connectivity let you record, review, and transfer coating measurements easily for quality control, inspection, and reporting.