RDS 155G #3/8 "laboratory wire-wound drawdown Bar Film thickness 354.3μm
Interstitial wire-wound, Film thickness 354.3 μm, diameter 9.52 mm, suitable for high viscosity fluid scraping.
RDS
155G# 3/8"
-
Printing ink Applicator rod 20 micron Proofing rod Measurement
$ 95.00 -
Japan OSP-15/250 Applicator rod WFT 15μm length 250mm
$ 152.00 -
Japan OSP-42/250 formed coating bar WFT 42μm length 250mm
$ 152.00 -
RDS 90G #3/8 "high viscosity Mayer Rods film thickness 205.7μm
$ 172.00 -
Coating inks color scheme coating bar 200 micron film thickness with handle
$ 95.00
Preparation principle
Following the Mayer Rod film coating principle, for higher viscosity fluids, the gap film coating rod reduces clogging and eliminates scratches. By winding smaller wires at pitches (see photo), the cavity created is wide and shallow, allowing thick coatings to flow better. Smaller wires create smaller interruptions in the coating flow, allowing for more complete wetting of the coating.
RDS 155G# 3/8" Applicator rod 3/8 "Specifications
| LIST | VALUE |
|---|---|
| Production process | Interstitial wire-wound |
| WFT | 354.3µm |
| diameter | 9.52mm |
| Total length | 400mm |
| Application width | 300mm |
| material | stainless steel |
RDS 155G# 3/8" Applicator rod 3/8 " 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
- Bar Spreader Technology: Principles, Applications and Advantages over Miscellaneous coating methods
- The overlooked role of Mayer Rods in laboratory wet-film preparation