LP WeatherLogic is a weather control system developed by the LP Building Solutions for residential, commercial, agricultural and industrial applications. It consists of a series of sensors, controllers and actuators that allow the user to monitor, measure and control the weather within specific zones or rooms.
The system can be used to regulate temperature, humidity and wind speed in order to create a more comfortable and healthy environment. The sensors measure data such as temperature, barometric pressure, sun visibility and wind speed.
This data is then sent to the controller, which uses algorithms to determine the optimal conditions for the space. The controller then sends instructions to the actuators to make adjustments to set the conditions.
The system also includes an interactive smartphone app that allows the user to monitor and control the system remotely. LP WeatherLogic is an effective and efficient way to maintain ideal conditions while reducing energy costs and improving occupant comfort.
Table of Contents
What kind of sheathing for exterior walls?
The type of sheathing used for exterior walls depends on a variety of factors, including the climate, the design of the building, and the type of siding being used. In cold climates, such as those found in northern areas of the U.
S. and Canada, wood sheathing, EPS foam board, or glass mat gypsum board are typically used. In warm climates, plywood, oriented strand board (OSB), or cement board are commonly used, and cement board is a great choice for high humidity areas.
Metal sheathing is also a popular option for innovative designs, as it provides a sleek look, is low maintenance, and has many advantages in terms of energy efficiency.
No matter which type of sheathing you choose, make sure it is rated to meet building code requirements in your area, as they usually indicate the type of sheathing and its thickness based on the climate and the building’s design.
Additionally, it is important to ensure that adequate fasteners and a water-resistant barrier are installed behind the siding to minimize the chances of rain, snow, and water vapour entering the interior.
What type of plywood should be used on exterior walls?
When choosing a plywood for exterior walls, it is important to select a wood that is rot-resistant and can withstand extreme temperatures. Some of the best materials for exterior walls include CDX plywood, pressure-treated plywood, and Marine-grade plywood.
CDX plywood is cost-efficient and commonly used for exterior walls. It is made of softwood veneers and strong glue, and it is pressure treated with a wax coating that offers protection from bugs, rot, and moisture.
Pressure-treated plywood is treated with insecticides and preservatives and is resistant to rot, fungi, and other wood-destroying organisms. This type of plywood is durable and can stand up to extreme temperatures.
Marine-grade plywood is more expensive than CDX and pressure-treated plywood and is the strongest plywood available. It is made with a waterproof glue and is highly resistant to rot and fungal decay, making it ideal for use in moisture-prone areas such as bathrooms and outdoor kitchens.
When selecting plywood for exterior walls, it is important to consider which plywood is best suited for the environment and the type of wood required. For example, pressure-treated plywood may be the better option for damp and humid environments, while Marine-grade plywood is ideal for moisture-prone areas.
Can OSB be used for exterior walls?
Yes, OSB (oriented strand board) can be used for exterior walls. OSB has gained popularity for use as an exterior sheathing due to its strength, versatility, and affordability. OSB has a higher shear strength than plywood, making it ideal for applications like wall sheathing and roof decking that require more strength than other types of sheathing.
It can also be used as a subfloor or siding on homes. It is available in various thicknesses to meet different project requirements and can be used in both residential and commercial applications. OSB is also weather-resistant and treated with special WATL-produced chemicals to resist moisture and protect against the elements.
For all of these reasons, OSB is an excellent choice for exterior walls.
What to put on exterior walls before siding?
Before installing siding on the exterior of a home, there are several steps that should be taken. Primarily, the entire wall should be inspected for any damage or other issues that may need to be addressed before the siding is installed.
Once the wall is deemed to be in good condition, it should be insulated in order to increase the energy efficiency of the home and provide greater comfort during extreme temperature changes. Once this has been done, felt paper should be applied to the exterior of the walls to serve as a water barrier and provide protection from rain and moisture.
Next, the walls should be covered in either a house wrap or building paper, which will give an additional layer of protection against air and water. Finally, flashing should be added around doors and windows as well as along the base of the walls, which will help protect the wall from water and debris that may settle along cracks and crevices.
Once all of these steps have been completed, then the siding can be safely installed.
What is the most common exterior finish?
The most common exterior finish is a product called stucco. Stucco is a cement-like plaster material that is usually applied wet and then dried to create a durable and attractive finish on the exterior walls of homes, commercial buildings, and other structures.
It has a wide range of benefits including its durability, attractiveness, and ease of installation. Stucco is highly customizable and can be colored, textured, and shaped to offer a unique look to any exterior.
It is great for resisting weather damage, fire, and pests, plus it can last for decades with minimal maintenance. Stucco also offers excellent insulation properties that can help to reduce energy costs.
How do you weatherproof an exterior wall?
Weatherproofing an exterior wall is an important way to protect it from the elements and prolong its lifetime. There are a few steps you can take to ensure that your exterior walls are weatherproofed properly.
1. Start by addressing any existing damage to the wall. If you have scratched, damaged, or previously painted walls, it’s important to repair these problems before you weatherproof. Repair any cracks or chips that may be present and make sure all of the surface is properly prepared.
2. Make sure any sealant or caulking is still in good condition. This is especially important around the edges of windows and doors. You want to make sure you don’t have any gaps that could let in moisture.
3. Once the wall is prepped and damage is addressed, you can start the weatherproofing process. You want to use a good quality paint that is designed to repel water and also use a primer as a base coat first.
For maximum protection, you may want to use a Zinc primer to protect your wall from salty ocean air.
4. After priming and painting, you can use sealants and coatings to ensure further weatherproofing. This can include anything from a waterproofing membrane to sealants that can protect against ultraviolet light.
5. Finally, use weather stripping and flashings around any openings such as windows and doors. This will prevent water from seeping into the walls and also help limit air infiltration.
By following these steps, you can ensure that your exterior walls are properly weatherproofed and protected from the elements. This will help to extend the life of your walls, keep them looking better for longer, and keep out the elements.
What is zip sheathing made of?
Zip sheathing is a type of rigid air barrier system that is made up of expanded polystyrene (EPS) foam insulation panels that have been cut to the appropriate length and width and installed to the exterior walls of the house.
The panels are usually 5/8 inches thick, providing a layer of insulation that is 4x more effective than common fiberglass batt insulation. The panels are designed to allow the sheathing to act as a vapor retarder as well as a thermal barrier, helping to make the house more energy efficient.
Zip Sheathing also offers enhanced wind-uplift protection as the bond between the panels and the house is stronger than with any other type of sheathing material. This helps keep the building secure against strong winds, ensuring that your investment is protected.
Which is better zip or Tyvek?
When deciding between zip and Tyvek, it really depends on the application and desired result. For example, zip is great for a variety of applications, as it is strong and lightweight, as well as flexible and easy to cut.
It’s also water-resistant and can be used in temperatures between -40°F and 180°F. Tyvek on the other hand, provides greater strength and puncture resistance than zip and is more resistant to tears and moisture.
It can also be used in a wider temperature range between -67°F and 300°F. So depending on the application, one may be more applicable than the other. For example, if a product requires something that can withstand a wide temperature range and is moisture and puncture resistant, Tyvek may be the better option.
However, if lighter weight and flexibility are important, zip may be the better choice. Ultimately, both materials have unique features and the best choice will depend on the desired outcome.
What are the benefits of zip sheathing?
Zip sheathing offers a number of benefits when it comes to roof and wall insulation. One of the main benefits is that it is lightweight and easy to install, which make it an ideal choice for DIYers and those on a budget.
It also has a low vapor permeability, which helps prevent moisture from infiltrating the home and causing mold or other issues. Additionally, it is highly resistant to wind and precipitation, and it can even provide sound insulation against outside noise.
Lastly, it is an economical way to insulate larger areas of the home, as it is less expensive than other sheathing materials.
Is zip board better than plywood?
It depends on what you are looking for in a building material. Zip Board is a type of sheathing composed of OSB (oriented strand board) with a layer of asphalt. It is used mainly for floors and roofs, and can provide greater moisture protection than plywood.
It is also more brittle and prone to telegraphing uneveness in the subfloor below. On the other hand, plywood is generally less expensive than Zip Board, more dimensionally stable, stronger, and easier to install.
It is generally used to panel walls and subfloors, but is not as resilient against moisture as Zip Board. Ultimately, the decision of which material to use comes down to your building needs and budget.
Can you put Tyvek over zip sheathing?
Yes, it is possible to put Tyvek over zip sheathing. Zip sheathing – also known as a flashing or weather barrier – is a thin layer of insulation installed between the siding of a home and the plywood sheathing beneath it.
By installing a thin layer of insulation between the outer wall and the interior of the home, zip sheathing helps to reduce air infiltration and provides an added layer of protection against water leaks and other outdoor factors that can affect a home’s energy efficiency and overall comfort.
Tyvek is a highly durable synthetic material that is often used as a protective layer for windows and doors. It is also commonly used as a water and air barrier on homes to help provide additional protection.
When applied over zip sheathing, Tyvek provides an extra barrier of protection against water infiltration. Additionally, Tyvek’s air-tight seal helps to increase the home’s energy efficiency, provide long-term durability, and provide protection against unwanted outside air invading the residence.
What material is used for sheathing?
Sheathing is a type of material used in the construction of homes, buildings, and other structures. It provides a layer of protection between the framing and the outside elements, and also helps increase the energy efficiency of a structure.
Common materials used for sheathing include plywood, oriented strand board (OSB), hardboard, masonite, and polystyrene (expanded or extruded foam). Plywood is the most common sheathing material, as it is strong and is easy to work with.
Oriented strand board is a engineered wood product that is composed of thin wooden strands that are glued together using a special adhesive and pressed together in one direction. Hardboard is a composite material that is composed of small wood fibers and particles that have been compacted to form board material.
Masonite is a type of hardboard, but is made of a softer material that is more easily cut or shaped, and has better insulating properties. Polystyrene foam is a lightweight foam that is used mainly in insulation, although because of its ability to form around curved walls it is sometimes used as a sheathing material as well.
What kind of barrier is zip sheathing?
Zip Sheathing is a type of composite wall system that provides a weather barrier, insulation, and a continuous air barrier in a single system. It is made of a thin foam insulation board which is laminated to a high-density polyethylene membrane.
This combination of materials creates a thermal and air-tight barrier that reduces air infiltration, limits the transfer of heat, and increases the wall’s performance in cold climates. Zip Sheathing is an innovative material that can be used just like siding in a variety of exterior wall applications, such as residential and commercial buildings.
Zip Sheathing is also a great choice for remodeling projects, as it is easy to install over existing walls and siding. Zip Sheathing can be used in any climate, as it is designed to provide excellent R-values (thermal resistance) and can meet or exceed code requirements for continuous insulation in all U.
S. climates. Zip Sheathing also provides a good vapor barrier, helps prevent water from passing through the wall, and allows water vapor to escape from interior areas.
What type of insulation is on zip R-Sheathing?
Zip R-Sheathing is a specialty sheathing product manufactured by ZIP System, a division of Huber Engineered Woods. It is a flexible, lightweight panel made from a patented composite of composite cement board and a breathable, water-resistant membrane.
The advantages of this product include superior strength, fire resistance, and a moisture barrier, and it is designed to provide superior insulation performance to other sheathing products. The product has added advanced features like a factory-applied self-healing barrier tape, patented water-resistive barrier, and vapor-permeable insulation that can help minimize air leakage and minimize moisture incursion.
Additionally, the product features advanced drainage features such as a built-in drainage plane and weep vents that allow water to drain away from the structure. This helps ensure proper insulation performance throughout the life of the sheathing product.
