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| Al's Liner can be applied in various fashions and can have the chemical ratio altered to achieve various textures. Below are our recommendations to achieve the textures and thickness you desire. | ||||
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| Al’s Liner can be effective at various thickness, depending on your application you will not always want the 65 mil application most coating systems talk about. With one gallon of Al’s Liner you will get 20 to 25 mils thickness across a 60 SF area and 60 to 65 mils thickness across a 20 SF area. We have found that the easiest way to determine the depth of your coating, (without out using a mil gauge), is to simply measure out your area to be sprayed and then determine the amount of material needed using the guidelines above, for example. 20SF at 25 mils would require 1/3 gallon of Al’s Liner. Please remember it is simple to make your own mil gauge using a piece of thin sheet metal, cutting it to a point and marking the required depth. This will help novice applicators get the feel for applying an even coat of Al’s Liner. | ||||
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| This will fall into two sections, first being air flow settings and trigger control. When trying to vary the roughness of your texture, the simplest method is to play with your air flow and trigger. You can increase the air flow and reduce the pull on your trigger to break the material into smaller particles and get the rough grainy texture of sand paper. If you want to get an orange peel look or larger clumps that will smooth out during the curing process, reduce the air flow and pull the gun trigger farther to increase the size of the particles sprayed from the tip. You can adjust these settings to fine tune the texture and still maintain the vertical hang of the material. | ||||
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| Another method used to vary textures is to reduce the amount of the Chemical Part C that is listed in the mix chart. The catalyzer is what provides the vertical hang in our mixture; it also causes the material to thicken and produces the standard texture you will see. You can cut the Chemical Part C ratio in half and reduce the thickness and increase the cure time of the material allowing for a smoother finish. Using this method and the air flow and trigger methods you can achieve a virtually smooth finish. The down side to reducing Chemical Part C is that you will lose vertical hang and will begin to see sag in the material on vertical applications. To prevent sag, simply reduce the thickness of your applications and apply multiple layers to get the depth you are looking for. With a ½ ratio of Chemical side C we recommend applying no more than 20 mils at one time, allow to set for 10 to 15 minutes and spray the second layer. The material will bond to itself and allow you to get a 65 mil thickness is you so desire. For more tips and tricks to varying texture and thickness 0-999-6841. | ||||
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Al's Liner excepts a large variety of additives,
be it metallic flake for appearance or aggregates for non-skid and
traction control. First let's look at 
the easiest and most affective way to add metallic's to your coatings is
to spray your base coat with the color of your choice. Then mix a micro
batch of natural material and add Ultra Fine Metallic's, it is very
important to only use Ultra Fine Metallic's, an inexpensive place to get
this type of flake, believe it or not, is Lure Kraft. They provide Ultra
Fine Metallic's for fishing lure makers. The amount of metallic mixed is
up to you, you can go with a heavy mix and get a thick layer of metallic
or lighten the load for a subtle flake over lay. Mix the micro batch and
mist coat the entire area immediately after spraying the base coat. The
thin mist coat will bond to the uncured base coat and dry clear to give
you a brilliant metallic look. Now let's look at 
Al's Liner will accept virtually any aggregate, the most popular are
sand or pebbles and of course rubber granules. The only restraint is
making sure the size of the aggregate is small enough to be sprayed
though the port of you Al's Liner Spray Gun. You can find a large
variety of sizes and colors at your local TSC Stores or most Hardware
Stores. Rubber load is commonly used on trailer gates and floors as well
as decks and entry ways, it provides a non-skid additive and is not
rough on bare feet or animals etc. Sand and gravel provide a similar
non-skid additive but can be hard to the touch. Our recommendation for
aggregate mixture would be a 25% mix, so if you are mixing 1 gallon of
Al's, we recommend approximately 4 cups of rubber granules for more
information of metallic's or aggregates |
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| Al's Liner can be easily cleaned from the substrate and from the application gun. Below are our recommendations for cleaning spills, over spray and left over material in your spray gun. | ||||
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| Al’s Liner can be cleaned in a couple of different ways. The easiest and recommended manner of cleaning up over spray or spilled material is to wipe the material up using denatured alcohol and any type of cloth that suits the surface you are wiping. This will remove the coating prior to it setting up and prevent you from having to scrape the dried material. If you have a spill or over spray on a finish surface, it should peel off once it has set up but be careful, Al's will adhere to scuffs and scratches that you might not see. We recommend getting the material off before it sets up. | ||||
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| Cleaning your Al's Liner Spray Gun is as simple as it gets, before pouring material into the Al's Liner hopper gun, spray inside of gun and hoppr with a non-silicone mold release or simply wipe in a fine layer of vaseline, once you have finished with your application, turn the gun up side down in a bucket or on a disposable surface and allow excess material to drain out of the hoppr. Allow the left over material to set up for 6 to 24 hours and then simply dismantle the gun and remove the hardened material. If you are continually spraying the same color, there is no need to clean the gun between batches, as long as you don't let the material harder between spraying. If you do need to switch colors and the gun has wet material left, pour some denatured alcohol in to the reservoir to break down the remaining material. Pour out the alcohol and dismantle the gun cleaning each part to insure no contamination of the new color. | ||||
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