858 Single Stage Product Application Video
Duration - 12:54
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WEBVTT 00:08.299 --> 00:09.467 In this tutorial, 00:09.467 --> 00:13.805 I'd like to talk about a new generation topcoat up until this point. 00:13.805 --> 00:16.599 OEMs and MRO’s 00:16.599 --> 00:19.060 manufacturing and refinishing airplanes. 00:19.060 --> 00:23.857 Light airplanes, GA commercial and rotorcraft. 00:23.857 --> 00:26.860 Of course, I've got two options. 00:26.985 --> 00:28.820 You have a single stage and you have a base. 00:28.820 --> 00:29.946 Clear. 00:29.946 --> 00:32.907 Both systems valid? Depends what you want. 00:32.907 --> 00:33.867 What you wanting to do? 00:33.867 --> 00:35.326 Your expectations. 00:35.326 --> 00:38.204 Colors of course. Color space. 00:38.204 --> 00:42.125 We're very proud to launch a new generation of topcoat called 858. 00:42.834 --> 00:45.837 This actually is a hybrid of both of these systems. 00:47.172 --> 00:50.175 The first one is this is solid color full glass. 00:50.633 --> 00:53.386 As it's a single stage, 00:53.386 --> 00:55.346 then it can be converted into a base 00:55.346 --> 00:58.349 coat, clear coat system. 00:59.142 --> 00:59.768 We all know 00:59.768 --> 01:02.771 that single stage materials can be clear coated. 01:03.396 --> 01:04.606 The limitations are 01:05.690 --> 01:08.026 you have to apply the clear 01:08.026 --> 01:11.029 before drying a tape off shortly afterwards, 01:11.196 --> 01:14.199 and it limits you to one particular color. 01:15.158 --> 01:18.411 With this eight foot 58, if you decide, determine 01:19.287 --> 01:22.290 that you want to base coat clear coat system, 01:23.041 --> 01:27.337 then you have a three day privilege before you need to sun this material. 01:27.670 --> 01:29.672 The benefits of course. 01:29.672 --> 01:31.424 Let's take an example. 01:31.424 --> 01:32.926 You have a very plain Jane scheme. 01:32.926 --> 01:36.137 You have a white airplane registration number, a couple of stripes. 01:36.846 --> 01:41.142 You should be able to install these over the 858 with no sanding 01:41.726 --> 01:44.729 within three days of your process allows. 01:45.188 --> 01:47.774 What that gives you is, 01:47.774 --> 01:51.486 labor time of course, sanding time, contamination, debris, 01:51.861 --> 01:54.948 luminance, all of that on a split base. 01:55.365 --> 01:58.076 You can also apply our, 01:58.076 --> 02:01.621 a fact line, which is the 850, a flat line on top of this material. 02:01.996 --> 02:06.334 Of course, it will be repainted with itself if it's another solid color 02:07.877 --> 02:11.047 supplied from launch with three activators. 02:11.548 --> 02:13.216 And the kicker. 02:13.216 --> 02:16.177 If you look at the data sheet, we spent a lot of time on this. 02:16.970 --> 02:20.348 We've given instruction how you can blend the activators. 02:20.765 --> 02:23.560 So out of the three it's infinite. 02:23.560 --> 02:26.312 And the reason we do that 02:26.312 --> 02:29.315 is that we know depending on environment, 02:29.566 --> 02:32.569 the size of area, air flow 02:32.735 --> 02:35.196 that an activated may not fit. 02:35.196 --> 02:36.030 So what we do. 02:36.030 --> 02:38.366 We give instructions on how to blend. 02:38.366 --> 02:41.369 So you can make this very personalized. 02:41.744 --> 02:44.747 You can make it work for you. 02:45.373 --> 02:46.541 We also have a kicker. 02:46.541 --> 02:49.627 This is for small repairs registration numbers etcetera etc.. 02:50.295 --> 02:53.173 Very quick dry. 02:53.173 --> 02:56.176 And and useful for the very small areas 02:57.552 --> 03:00.555 on the clearcoat side, you have three days. 03:02.015 --> 03:05.852 You can apply any aerospace clearcoat on top of this material. 03:07.437 --> 03:09.814 We all know that we finish this on their own blend. 03:09.814 --> 03:11.983 They can mix and match. 03:11.983 --> 03:13.484 They have their special primers. 03:13.484 --> 03:17.322 They have their special clear coats, which they prefer and like so 03:17.322 --> 03:20.992 this may be over coated with any clearcoat system. 03:22.118 --> 03:25.121 So let's look at the advantages of this. 03:27.373 --> 03:30.376 This performs really well as a single stage. 03:31.628 --> 03:33.838 Good color fastness. 03:33.838 --> 03:38.468 Fluid gloss retention, a great hang on rivets. 03:38.676 --> 03:39.969 Picture framing. 03:39.969 --> 03:42.347 Resisting picture framing. 03:42.347 --> 03:45.350 And it repairs while in service to. 03:46.517 --> 03:49.520 So it begs the question on certain airplanes. 03:50.021 --> 03:52.398 Why would I clear this at all? 03:52.398 --> 03:55.777 Because you get such good performance in a single stage. 03:56.861 --> 03:59.864 If we were applying this, 03:59.864 --> 04:01.824 split base where you have an effect 04:01.824 --> 04:04.827 barely, you could just clearcoat the 04:04.827 --> 04:08.289 the effect side of business or, again, wrap the whole unit. 04:08.706 --> 04:12.126 So this three day privilege is actually vital to the paint shop. 04:12.460 --> 04:17.882 With process changes you relabel your enables you to continually 04:18.925 --> 04:21.469 mask off and apply this material, 04:21.469 --> 04:24.639 within not three days to compress time. 04:25.640 --> 04:28.643 For, just an efficient application. 04:29.185 --> 04:32.230 So the important thing equipment do we have any 04:32.563 --> 04:35.525 limitations, any, certain, 04:36.359 --> 04:38.820 requests that you use on this material? 04:38.820 --> 04:40.196 Use whatever you have in the shop. 04:40.196 --> 04:43.783 This has been tested to conventional air spray, 04:44.033 --> 04:47.036 HVRP compliant. 04:48.037 --> 04:50.832 We don't require you to change any of your processes. 04:50.832 --> 04:52.458 No equipment. 04:52.458 --> 04:54.794 The fluid chips of the air caps. Just. 04:54.794 --> 04:56.587 Just run it as normal. 04:56.587 --> 04:59.590 Typically 2 to 3 coats, depending on the color. 04:59.590 --> 05:00.717 Of course. 05:00.717 --> 05:06.306 What we do recommend, which is universally known, is that with any, 05:06.306 --> 05:11.352 any topcoat system, you apply this over a common ground coat system. 05:11.853 --> 05:15.148 For example, a gray a grayscale 05:15.481 --> 05:18.484 858 gray primer. 05:18.901 --> 05:21.988 You get color quicker, truer color, 05:22.488 --> 05:25.575 and you get better in-service repairability. 05:26.200 --> 05:30.038 So make it the background to this, single common color. 05:31.456 --> 05:32.957 So after all this being said, 05:32.957 --> 05:35.960 we're going to be mixing and I'm going to be applying this in the paint shop. 05:36.419 --> 05:39.380 You'll see these have application the fit and the finish. 05:39.380 --> 05:42.133 Great high to 05:42.133 --> 05:45.136 we're going to be using one of these three activators in this case. 05:45.261 --> 05:48.264 And we're going to show you the actual wet film and how it looks. 05:48.848 --> 05:51.559 So we'll show you in the paint shop. 05:51.559 --> 05:53.519 So we're in the paint shop. This could be an aircraft. 05:53.519 --> 05:55.646 This could be a panel. Work like this. 05:55.646 --> 05:56.105 Like what? 05:56.105 --> 05:58.691 We what you see here could be components. 05:58.691 --> 05:59.442 The 858. 05:59.442 --> 06:03.654 In this case, that could be to code with any any primer, of course. 06:03.654 --> 06:05.281 Surface. 06:05.281 --> 06:09.577 It could be a sanded, sand a coat doesn't really make a difference in this case. 06:09.952 --> 06:12.705 It's one coat of primer on these training foils. 06:12.705 --> 06:16.542 First thing we always do is, for testing purposes, 06:16.918 --> 06:20.296 just put a, a on here, and then we wash it down. 06:20.713 --> 06:22.757 We're using 110, 158. 06:22.757 --> 06:26.719 It's a wipe on, wipe off process, although it's been clean and it's it's in 06:26.719 --> 06:28.179 the spray booth area. 06:28.179 --> 06:29.806 It's been drying overnight. 06:29.806 --> 06:33.768 So we always we always wash down prior to application. 06:33.976 --> 06:37.021 So when we come to talking it, sometimes it's misunderstood. 06:37.021 --> 06:38.940 This is treated like a scotch-brite. 06:38.940 --> 06:42.110 The tucking is a very, a very light, 06:43.236 --> 06:45.279 pressure on the surface 06:45.279 --> 06:49.242 and crosshatch up and down side by side motions. 06:49.826 --> 06:52.578 And this picks up any, any possible debris. 06:52.578 --> 06:56.165 What I generally do as well is the adjacent paper, 06:56.249 --> 06:59.919 if you haven't changed it, of course, if this is painted paper, 07:00.962 --> 07:03.256 give, give the whole thing attack. 07:03.256 --> 07:06.217 And again you're eliminating the possibility of, 07:06.426 --> 07:09.429 reworking d nibbling Polish work. 07:10.930 --> 07:14.392 I'd rather spend the, the five minutes on a good tuck 07:15.017 --> 07:17.478 rather than an hour on a spot repair. 07:17.478 --> 07:20.273 All sanding and de-nibbing. 07:20.273 --> 07:22.442 Get into the paper. 07:22.442 --> 07:25.403 So we're all cleaned. 07:25.403 --> 07:27.738 Okay, so now we're ready for paint. 07:27.738 --> 07:30.366 So we mix the 858, as you say, three one, two. 07:30.366 --> 07:33.369 We've selected our activation, which is the speed of dry. 07:34.454 --> 07:36.205 We're using in this case. 07:36.205 --> 07:40.001 And it's always good practice to filter paint materials in. 07:40.001 --> 07:45.006 However these 125 micron pips are quite good actually. 07:45.548 --> 07:48.551 Most of the cone filters are 190 microns, 07:48.718 --> 07:52.096 so these should actually capture everything that you need. 07:52.638 --> 07:54.432 So it's a simple pour in. 08:04.317 --> 08:06.402 Compress. 08:06.402 --> 08:09.405 Now as far as the guns, today 08:09.655 --> 08:12.074 I'm using, a compliant gun. 08:12.074 --> 08:15.036 As you see here, we've got the three, attachment. 08:15.286 --> 08:16.746 This one is digital. 08:16.746 --> 08:17.497 What does that mean? 08:17.497 --> 08:21.250 Well, rather than having engaged at the base, it's actually within the handle. 08:21.250 --> 08:22.919 Very compact. 08:22.919 --> 08:25.922 So it's a simple clip on. 08:27.507 --> 08:28.299 Untwist. 08:28.299 --> 08:29.509 And there we have it. 08:29.509 --> 08:32.512 So that's our system. 08:32.595 --> 08:35.306 What I'll do is add just the gun accordingly which is the 08:35.306 --> 08:36.933 the air pressure here. 08:36.933 --> 08:38.601 Fluid and density ratio. 08:38.601 --> 08:41.604 This is your fan compression just to get the right wetness 08:42.146 --> 08:44.815 that we're looking for again on this 08:44.815 --> 08:47.818 or any, any wet material 08:48.027 --> 08:51.656 we supply wet paint and wet paint is applied wet. 08:52.198 --> 08:55.201 So it would be better not to put a 08:55.576 --> 08:58.996 tac coat down or an extremely light coat of paint down, 08:59.497 --> 09:03.251 because the second and third coat, if there is three, they will. 09:03.251 --> 09:06.879 They will always follow the the first layer. 09:07.213 --> 09:08.923 So the first layer will be wet. 09:08.923 --> 09:12.510 It will be a flow coat but it will also be controlled. 09:12.885 --> 09:14.887 No runs, no socks. 09:14.887 --> 09:16.264 Perfect clothes from coat. 09:30.069 --> 09:34.115 To. Brown. 09:35.074 --> 09:38.077 So I have the first coat on our workpiece plain. 09:38.911 --> 09:41.622 You can see these these, 09:41.622 --> 09:43.749 and black stickers and other cards. 09:43.749 --> 09:44.750 It's almost hiding. 09:44.750 --> 09:49.380 So it's telling me this is a two coat color, assuming a common colored 09:49.380 --> 09:50.673 background. 09:50.673 --> 09:53.926 The primer underneath, as you observed, is a neutral. 09:53.926 --> 09:56.554 So any any color covers it real well. 09:56.554 --> 09:57.763 So how did I do this? 09:57.763 --> 10:02.268 Well, as you can see, I'm using a compliant gun the way I just did this. 10:02.268 --> 10:05.271 Look, the air copy gives a PSI an optimum PSI. 10:05.271 --> 10:08.316 I always use the privilege of the cap slightly over. 10:08.316 --> 10:10.109 You can certainly do that. 10:10.109 --> 10:13.696 This is running at 30 P.s.i engage with compression. 10:14.947 --> 10:16.157 This is full fun. 10:16.157 --> 10:18.117 And this 1.3 needle in here. 10:18.117 --> 10:19.410 So full fun. 10:19.410 --> 10:22.330 Slight compression 30 psi 10:22.330 --> 10:27.043 one coat of paint one 5050 pass as far as the flow in leveling 10:27.043 --> 10:30.588 you look at material is very thin and in, actual thickness. 10:31.005 --> 10:34.008 But the profile is flat, it's flowing out, it's flushing off. 10:34.508 --> 10:39.055 What we will do, with this material is the traditional trick 10:39.472 --> 10:42.183 which is touching the material. 10:42.183 --> 10:45.061 If it doesn't transfer, that's still not in flush. 10:45.061 --> 10:45.811 If it's sticky. 10:45.811 --> 10:47.772 But doesn't transfer the glove, 10:47.772 --> 10:51.484 that means you can apply a second coat of material with the same 10:51.484 --> 10:55.446 batch of material with the same mix, providing you're in the, 10:55.738 --> 10:58.741 the pot life of this material, which is around four hours. 10:59.241 --> 11:00.910 So as you can see, the first coat is on. 11:00.910 --> 11:04.038 We've achieved flash, which is sticky, but no transfer to the glove. 11:04.038 --> 11:05.456 So it's ready. 11:05.456 --> 11:08.668 The timer flush off will vary between the activity, the chosen, 11:08.959 --> 11:12.380 the blend of activators, or indeed the environmental conditions. 11:13.255 --> 11:16.592 So what we're going to do now is, as you can see, we've got the DOI, 11:16.592 --> 11:17.385 we've got the glass. 11:17.385 --> 11:20.638 We need hiding is this indicates, 11:21.055 --> 11:23.724 two coats, color in this case. 11:23.724 --> 11:27.436 And we're going to apply the color and, identical ways. 11:27.436 --> 11:28.104 The first coat, 11:29.271 --> 11:31.565 defeats, around three mils. 11:31.565 --> 11:32.983 Something of that nature. 11:32.983 --> 11:35.653 So here goes second coat. 11:35.653 --> 11:38.781 And then we'll review the, we'll review the results. 11:51.085 --> 11:53.713 We now have a dry 858. 11:53.713 --> 11:54.463 It's been baked. 11:54.463 --> 11:57.466 In this case, we're spray bake. 11:57.466 --> 11:59.969 Alternatively, this will cold cure. 11:59.969 --> 12:01.554 So this material is now dry. 12:01.554 --> 12:03.347 As you can see, it's full gloss. 12:03.347 --> 12:04.390 Leave it as is. 12:04.390 --> 12:06.642 You do not need to base coat this. 12:06.642 --> 12:10.563 The privilege of this material is that you now have three days 12:10.563 --> 12:14.024 to determine if you need to clear, if you want to clear, 12:14.442 --> 12:17.611 or you can start the Liberty times without the clear. 12:18.320 --> 12:21.323 So this hybrid system 12:21.615 --> 12:24.785 offers other possibilities of repaint. 12:25.745 --> 12:29.915 The split base with the clear leave the majority of the aircraft in single stage. 12:30.791 --> 12:32.168 Clear this if you wish. 12:32.168 --> 12:34.211 If it needs to be a full base coat system. 12:35.504 --> 12:36.338 If it needs to be 12:36.338 --> 12:40.551 a full base coat system, and you're over the three days, this will send indeed, 12:41.302 --> 12:44.305 like conventional single stage or conventional clear coat, 12:44.722 --> 12:47.725 but eliminates a step. 12:48.434 --> 12:49.143 Happy painting.
Technical services manager, Richard Giles, demonstrates the mixing and application techniques for the 858 Series SkyScapes Single Stage Topcoat System.
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