Pushen XB-I 12μm Wire Bar, Length 240mm

Introduction

Pushen XB-I 12μm wire rod is a laboratory wire rod for preparing wet film. It can prepare 12 micron wet film thickness. It is widely used in plastics, ink and other industries, and the stainless steel material has a longer service life.

Specifications

Features

Very suitable for the application of very thin coatings, such as: can coatings and paper coating trials. Wet film calculation

Applicable wet film thickness is engraved on the end of the XB rod.

It is most satisfactory for soft materials such as paper, cardboard, foil, leather, test cardboard, and textiles.

Rod and winding are made of high-grade wear-resistant stainless steel.

How to choose the coating rod

Wet film thickness = coating weight per square meter g / (density × solid content %)

*Note: The above formula is for reference only, the actual wet film thickness is also affected by many factors such as product elongation, viscosity, coating rod type and so on.

The laboratory wire rod is made of stainless steel wire wound on its surface to form grooves, which can prepare wet films with different wet film thicknesses, and is suitable for the preparation of ink films

Pictures

Applications

For products such as paints, varnishes, inks, glues, etc., the reliability of many tests is directly related to the quality of the samples provided.

Steel wires of different diameters are wound on a certain length of stainless steel rod, and the gaps between the wires are used to prepare coating films of different thicknesses.

A very important\basis for any kind of testing performed on such coatings, whether to illustrate their appearance or physical characteristics (such as color, gloss, hiding power, drying time, etc.), is that the samples need to be uniform, comparable , Precise thickness control.

Optional

Note: Click on the accessory picture to view Details.

Main Rod X1, External Encasement Pipe 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.