b'BLADE WEAR: CAUSE & EFFECTFigure 8. Effect of add-on over three different blade types sliding wear.The next trend shows the impactwe look at Softcrepe, Vantagemaker. But a white or contaminated of increasing add on, over threeand Vantage+, the 3 most popularlayer is also best avoided; a pale grey different BTG blade types (figureBTG blades. or translucent, quiet coating layer 8). There is quite a lot of scatter inoffers the best Yankee protection the data, but the trendline is clear:Running a clean coating layer alsoand hence lowest blade wear. The higher add-on equals a lower wearhas a good impact on blade wear. contamination will comprise natural rate. The data for figure 10 is subjectivecoating, often short fibres and fines, observation, but over a sufficientlypulp extractives and chemicals such However, the data shows that one oflarge base and by experiencedOne of theas starch or wet strength resin if it is the best things to do for your bladeobservation, we can give somebest things toused.The Dreshfield effect driven by wear is upgrade to a premium typecredence to this trend. do for yourthe hot Yankee helps embed these A Yankee base coating. These willblade wear iscontaminants into the polymerized often have descriptors like fully crossA streaky (or wet) coating layer offersupgrade to aYankee coating. 3 Control of the wet linked and may be blends of baselittle Yankee protection, and this ispremium typeend, particularly white-water pH and coat and plasticizers.The results areclear from the data.This appearanceA Yankeeconsistency are the ways to avoid apparent in figure 9, and here againshould set off alarms for the tissuebase coating. this. 4, 542 TISSUE TECHNOLOGY INTERNATIONAL'