GNAT Technologies Pvt. Ltd. Electronic City, Bangalore, Karnataka

UVe-Lux - UV-A & White Light Meter With a dual-wavelength sensor to measure both Ultraviolet Light and Visible White Light. It is best fitted for the NDT application due to its compactness, lightweight and robustness. Complies with ASTM E1417M, ASTM E1444M, BS EN ISO 3059 and BS667 specifications.

Fluorescent comparators consist of a number of transparent tokens, measuring typically 30 X 100 mm and a few mm thick having yellow/green fluorescent marks of known dimensions. There are 13 various designs which cover a wide range of applications in magnetic particle inspection, penetrant testing, radiography and visual inspection.

Sherwin TAM/PSM-5  TAM /PSM5 Panel Degradation Check is a mandatory test for ensuring Process Control Check of Penetrant System Performance. TAM/PSM-5 Panel is divided into two halves, one with chrome plated strip contains five defined cracked centres evenly spaced and second halve area is grit blasted with medium roughness used for determining penetrant material’s washability

Quantitative Quality Indicator (QQI) Also known as Artificial Flaw Standard is often the preferred method of assuring proper field direction and adequate field strength. QQIs are often used in conjunction with a Gauss meter to establish the inspection procedure for a particular component

Magnetic Flux Indicator Strip Type I & Type II     Indicates the presence of induced Magnetic Field during Magnetic Particle Inspection Type I – Used for General Engineering components Type II – Used for Aerospace components

Mag-Tec It is a Tangential Field Strength Meter designed to measure magnetizing field levels aimed at Magnetic Particle Inspection (MPI) and for use with Magnetic Bench units. The meter can be used to measure AC, DC, half wave DC or more complex magnetizing waveforms. Complies with the standards ASTM E1444M & ISO 9934-3

Digital Magnetic Residual Field Indicator visible in both White Light and UV light Complies with the standards ASTM E1444M & ISO 9934-3