TQC SP1100 Destructiveness Thickness Gauge, destructive coating thickness Detector

SP1100

Thickness Gauge

Destructive cross-sectional thickness measurement, using almost all substrates including wood, plastic, metal, etc., built-in 50 times double-scale Microscope, thickness measurement range 2~ 1800μm, titanium, anodic oxidation aluminum shell material.

Introduction

The TQC SP1100 destructive Thickness Gauge can be used on almost all substrates. The method of use is very simple. You only need to cut a small opening in the coating and use the built-in microscope to observe the data of the network cable. The TQC SP1100 Destructive Thickness Gauge is a very stable instrument that also has a good focusing microscope. The microscope operates on dual scales (millimeters, inches) and can calculate down to microns and mils. It is better to observe in a weak natural light environment, because when observing through the microscope through the specimen, you will have a better focus effect on the specimen.

TQC SP1100 destructive Thickness Gauge is a precision destructive measuring instrument made of titanium and aluminum. It is mainly used to check and measure the coating thickness of single or multiple substrates (in fact all), including: wood, plastic, metal wait. Defects in substrates and coatings can also be evaluated and measured. A small incision is made on the Super-PIG recoating, and the incision is measured with the help of an LED illumination microscope measuring grid. Reduce calculations. The unique rotating system contains three stainless steel cutters and a cross cutter.

Specifications

Application

Measure coating thickness on single or multiple substrates (in fact all), including: wood, plastic, metal, etc.

Product actual pictures

Accessories

Take you into the Dutch TQC

Packing list：Thickness gauge x1, blade (SP1111) x1, blade (SP1112) x1, blade (SP1114) x1, hexagonal wrench x1, black oil pen x1

[Note]Because the manufacturer's packaging may be updated or upgraded, the detailed packaging list shall be subject to the latest standard configuration of the manufacturer.