RDS 25 #1/4 "inks Wire-wound drawdown Bar paints Wire-wound drawdown Bar film thickness 57.2μm rod diameter 6.35mm
SE
Using formed molding technology, the rod diameter is 6.35mm, the film can be 57.2μm, the Spreader width is 300mm, and it has the characteristics of continuous wire and easy cleaning.
Using formed molding technology, the rod diameter is 6.35mm, the film can be 57.2μm, the Spreader width is 300mm, and it has the characteristics of continuous wire and easy cleaning.
Product description
RDS#25 wire rod coater is a coating rod with a film thickness of 57.2 microns. It is divided into a 1/4 diameter forming rod and a 3/8 diameter winding rod. The coating thickness of the two is the same. Yes, only the production process is different. Some users may be confused when choosing forming rods and wire winding rods. Which one is better? If you are confused, you can read the comparison article provided below. In fact, there is no comparison between the two, but each has different advantages, but for users, radish and green vegetables have their own preferences, and different users will choose coating rods with different processes to meet their experimental requirements. The coating width of the RDS #25 wire rod coater was 300 mm.
Packing list:Stainless Steel Rod X1 Transparent Encasement Hose 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.
FAQ
QIs there a 3/8 diameter molding process for RDS25 rod?
A
Hello, no, the molded RDS wire rod is only 1/4 diameter.
QCan this RDS25 Mayer-Rod Spreader epoxy resin?
A
Hello, the wire rod can be used for epoxy resin Spreader, but you need to determine the film thickness you want to apply before you can determine whether to use No. 25 rod.
QDo you support customization? Such as wet film thickness and length?
A
Spreader rod length and main rod diameter support customization, but wet film thickness RDS has provided dozens of specifications covering more than 200 microns, and in principle does not accept customization.