Coating Thickness Gage

Name: Coating Thickness Gage
Brand: ACCUD
SKU: ACCN1500
Price: 33998.60 ZAR
Availability: OutOfStock

Out Of Stock

PACK SIZE

The price displayed for this product is the unit price of the product. Where a PACK SIZE is indicated, this refers to the recommended ordering quantity and is also indicative of how many of these products are packaged in a box.

Stock: Out Of Stock
Model: ACCN1500

ACCUD

Price:

R 33,998.60

Ex VAT: R 29,564.00

Available Options

Stockist

CN1500 Coating Thickness Gauge range 1500µm (N-type)
SERIES CN1500

A Digital Coating Thickness Gauge is an electronic device used to measure the thickness of coatings, such as paint, enamel, chrome, or other protective layers, applied to surfaces. It is commonly used in industries like automotive, manufacturing, and construction to ensure that coatings meet specific thickness requirements for quality control, durability, and protection.

N-type probe is used to measure the thickness of non-conductive coatings (varnish ,enamel, plastic and so on) on conductive subtracts (zinc, copper, aluminum)
External interchangeable probe
Single and continuous working mode
Low and high limits setting with judgement
With average calculation
With comparison measurement function
With temperature compensation
Turn off automatically

Applications:

Automotive Industry: Used to check paint thickness on vehicles to assess quality control, detect repainting, and ensure even coverage.
Manufacturing: Essential in quality control for coating processes, ensuring that coatings meet industry standards for corrosion resistance and durability.
Construction: Used for inspecting protective coatings on structural steel, pipelines, and other construction materials to ensure longevity and compliance with safety standards.
Marine Industry: Helps assess coating thickness on ships and boats, which is critical for corrosion protection in harsh marine environments.

Benefits:

Accurate and Reliable: Provides fast, reliable, and repeatable measurements for quality control and compliance.
Non-Destructive: Ensures that the coating remains intact, making it ideal for finished products and surfaces.
User-Friendly: With a digital interface and clear display, it is easy to use, even for operators with minimal training.

A digital coating thickness gauge is an essential tool in any industry where coating thickness affects product quality, performance, or durability, enabling professionals to maintain high standards and compliance with regulations.

How It Works:

Surface Preparation: Ensure the surface is clean and free from debris for accurate measurements.
Gauge Setup: Turn on the device, select the appropriate mode (ferrous or non-ferrous), and calibrate if necessary. Many gauges come with calibration standards for this purpose.
Measurement: Place the probe flat against the coated surface. The gauge will measure the coating thickness and display the result on the digital screen within seconds.
Recording Data: 500 memory storage, allowing users to store and recall measurements. Also offer Bluetooth or USB connectivity for transferring data to a computer or mobile device.

Key Features:

Measurement Accuracy: Digital coating thickness gauges provide precise measurements, with an accuracy of 2µm - 2%. They can measure thicknesses in micrometers (µm).
Digital Display: These gauges feature an easy-to-read digital display that shows real-time thickness readings. Many models also include features like data hold, backlighting, and measurement statistics for enhanced usability.
Non-Destructive Testing (NDT): The gauge measures coating thickness without damaging the surface, making it ideal for inspecting finished products or assessing coatings in the field.
Dual Measurement Modes: Advanced gauges can measure coatings on both ferrous (magnetic) and non-ferrous (non-magnetic) substrates, such as steel and aluminum. They typically use two types of sensors:
- Magnetic Induction: Measures coatings on ferrous materials like steel by detecting magnetic resistance.
- Eddy Current: Measures coatings on non-ferrous materials like aluminum by detecting changes in electrical currents.
Portability: These gauges are usually compact, battery-operated, and lightweight, making them portable and suitable for on-site inspections.