Ultrasonic thickness gauge

Ultrasonic thickness gauge

1- UTG (ULTRASONIC THICKNESS GAUGE) model made by DEFELSKO company in America

by ultrasonic method, in order to measure the thickness of metal, steel, plastic, etc. wall and pipe.

2- FC-100 ultrasonic thickness gauge made in China

By ultrasonic method, to measure the thickness of metal, steel, plastic wall and pipe

Viscosity

Viscosity cups

Application: The flow process (flow) inside an orifice is used to measure viscosity to determine the uniformity of paints, varnishes and other similar products. Viscosity cups are available in two fixed and variable nozzle models.

1- Fixed nozzle

2- Interchangeble nozzle

Density cup (pycnometer:

Application: The pycnometer is used to measure the specific gravity of each unit volume of coatings, adhesives or similar liquids at a temperature

Krebs viscometer:

Application: to measure the viscosity of paint and resin

Manufacturer: TQC Netherlands

Device specifications: Measurability: Ku, CP, g

Range: 40.2 – 141 KU (resolution 0.1 KU), 27 – 5274 cP (resolution 5 Cp)

Standard: ASTM D562-01, ASTM D856, ASTM D1131

PAINT AND COATING HARDNESS TESTER

Color and coating hardness tester

Application: It is a tool for testing the hardness and scratch resistance of coating materials such as coatings, lacquers, plastics, etc

Model:

1-Pencil hardness tester

2- Pen hardness tester: This tool is used with three types of springs

3-Pandoli hardness tester:

determination of hardness with KONIG and PERSOZ methods.

In both methods, according to the ISO15220 standard, the number of oscillations of the pendulum on the surface of the sample shows the hardness of the sample

paint and surface coating scratch test

Name of the device: paint and coating hardness tester (paint and surface coating scratch test)

Application: It is a tool for testing the hardness and scratch resistance of coating materials such as coatings, lacquers, plastics, etc

Manufacturer: NEURTEK Spain and TQC Netherlands Pendulum hardness tester: determination of hardness with KONIG and PERSOZ methods. In both methods, the number of oscillations of the pendulum on the surface of the sample shows the hardness of the sample.