Do you need to remove any caulk that’s already in place before applying Energy Seal™, Woodsman™, or Check Mate 2®? Applying new sealant over old caulking is never a good idea, even if it looks like the old caulk is still sticking to the wood. The old caulk should be removed for several reasons.
All of our stains and sealants are water-based, and while they are still wet, most clean up quite easily with just soap and water. That’s usually the best method to use for cleaning our wet, uncured products off of windows, gutters, downspouts, and other smooth surfaces, but there are occasions when other clean-up techniques should be used to remove some of our textured sealants from wood surfaces.
Mold and mildew (actually another name for mold) are colonies of living organisms that can grow on the surface of many materials including wood. Their color may range from white to black with just about every color in between. If the discoloration is green, it is most probably algae, a plant, since molds and mildews do not contain green chlorophyll. Like most living organisms, molds require air, water and a food source for survival. Bare wood is quite susceptible to mold growth since the porous surface provides lots of places for spores to germinate and many of wood's nutrients are available as food. This is especially true for newly harvested wood that still contains a high sugar content. In addition, bare wood absorbs water, thus supplying the moisture these organisms require.
Although paint primers have been used for many years, clear primers for wood are few and far between. Prelude™ is the only water-based clear primer on the market that’s specifically designed for use on log homes before the application of a water-based transparent stain.
Centipedes, millipedes, pill bugs, roaches, crickets, ants, beetles, spiders, wasps, squirrels, opossums, raccoons, bats and mice are just some of the pests that manage to find their way into homes. It’s just about impossible to keep all of them from getting in, but there are several things that you can do to significantly reduce the number of pests that make it inside your home. Most have to do with blocking the ways they can enter. Furthermore, there are also some things you can do outside to make your home less attractive to pest invaders.
While we call our pigmented finishes “stains,” in reality they behave more like water-based paints than traditional oil-based stains. The word stain itself implies that the wood fibers become “stained” with the pigments contained in the product, whereas water-based finishes form a film that covers the wood fibers without actually coloring or “staining” them.
Every summer we receive calls about small flying insects making holes in the exterior surfaces of logs. They are usually described as tiny flies, bees or flying ants, but in fact these insects are small parasitic wasps that are about the size of a fruit fly or large gnat. There are literally hundreds of parasitic wasp species and some of them specialize in parasitizing beetle larvae including wood boring beetles. They can be seen going in and out of existing beetle emergence holes looking for live beetle larvae to lay their eggs on.
One of the best tools an applicator or homeowner can have in their possession is a moisture meter. In addition to finding trouble spots due to water infiltration, it can also help determine if the surface of logs are dry enough to seal or finish.
Some of the most vulnerable areas of a log home are the corner log ends. This is because the cross section end grain is exposed and the ends often stick out beyond the walls, allowing sunlight, wind, rain, snow, and ice to wear away the stain and expose bare wood. Logs can safely absorb large quantities of water before reaching moisture content levels that will be inviting for decay fungi.
The exposed end grain acts like small straws sucking water into the log, giving rot and decay an opportunity to start eating away the wood. In addition, wood cracks and checks are prone to start at the ends. If left unprotected long enough, log or log corner replacement may eventually be required.
Being aware of the susceptibility of log ends to weathering, rot and decay, we developed Log End Seal™, a clear polymer finish that prevents water from penetrating into log ends and provides a layer of protection against log end damage. Although it is a sealer, Log End Seal is designed to allow moisture already in the wood to slowly escape. This helps reduce those large checks that often form on log ends.
To prevent excessive moisture absorption, Perma-Chink Systems developed Log End Seal, a product unique and specially formulated to protect log ends. Although Log End Seal is a fairly simple and easy product to use, there are some tips that can help you avoid problems especially in the fall when cooler temperatures slow down the curing process.
The basic steps of applying Log End Seal:
Let’s take a more detailed look at the individual application steps.
Step 1: Sand log ends with a sanding disc or sandpaper (60-grit). Log End Seal requires application in one (1) thin coat. In order to attain a thin coat, the log ends need to be sanded fairly smooth. If the ends are not smooth, the rough surface texture will prevent a thin coat application. This will result in thicker film, and will take longer to cure.
Step 2: Apply the Lifeline finish on the sanded ends, ensuring complete coverage. Allow time for the finish to dry before applying Log End Seal.
Step 3: Apply one thin coat of Log End Seal to the log ends, after the Lifeline finish has dried. Log End Seal white until it is fully cured, and if it gets wet during the curing process, the white color can last for several weeks. If Log End Seal is applied in a thick coat and gets wet, it may take several weeks or months for it to become completely clear and transparent. This is the most frequent cause of complaint from our customers. Eventually it will cure and become clear, but in the meantime, the log ends on your home will have a white haze.
Tip: Choosing the right application tool can help prevent applying too thick a film. Rather than using a standard paintbrush, a paint pad or sponge brush works best. Since Log End Seal is thick and viscous, some people prefer to apply Log End Seal with a wide-blade trowel. Any of these tools will work as long as the Log End Seal is applied in a thin coat.
Step 4: Finally, apply a single coat of Lifeline Advance™ to help protect the Log End Seal surface to remain clean and dry.
Coverage Rate: When applied correctly, one gallon of Log End Seal goes a long way. One gallon covers 30 to 40 square feet, which equates to 100 eight-inch diameter log ends, or 180 six-inch diameter log ends.
Have you ever seen the exterior of a home that has turned black? Almost without fail it’s the result of using a stain that contained linseed oil. Linseed oil is a yellowish oil derived from the dried seeds of flax plants, which is the reason it is also called flax seed oil.