Siding Service in Hackensack, NJ

The weather resistance of shingle or shake siding compared to lap siding varies significantly due to their materials and installation methods. Shingle and shake siding is typically made of wood, vinyl, or composite materials, designed to mimic a rustic or traditional appearance. These materials can offer good resistance against various weather elements when properly treated and maintained, particularly when they are treated with weather-resistant coatings. However, shingle and shake siding may be more susceptible to moisture damage, such as mold or rot, if water is allowed to penetrate due to improper installation or maintenance. On the other hand, lap siding, commonly made of vinyl, wood, or fiber cement, features a design that inherently promotes better water runoff due to its horizontal design, allowing rain and moisture to shed more effectively. Additionally, modern lap siding options often come with enhanced protective coatings and materials that resist fading, warping, and cracking, making them more resilient against extreme weather conditions. While both styles have their advantages, the overall performance in harsh weather conditions often gives lap siding the edge in durability and long-term resistance when properly installed and maintained.

Yes, siding shakes are generally more expensive to install compared to traditional siding materials primarily because of their unique shapes and the specialized skills required for installation. The distinct patterns and textures of shakes often demand meticulous craftsmanship, leading to increased labor costs. Additionally, the installation process can be more time-consuming, as each piece may need to be cut and fitted more precisely to achieve the desired aesthetic while ensuring structural integrity. Furthermore, the materials themselves can also be more costly, particularly if they are made from high-quality wood or composite materials designed to mimic wood. As a result, when considering siding options, homeowners should account not only for the price of the materials but also for the potential increase in labor costs associated with the intricate installation of siding shakes.

The maximum recommended exposure for wood shingle siding generally depends on the specific type and thickness of the shingles being used, as well as the local climate and installation guidelines provided by manufacturers. However, a common standard for many wood shingles is to maintain an exposure of approximately five to six inches. This measurement refers to the portion of the shingle that is exposed to the elements once it is installed, with the remainder being overlapped by the shingles above it. Proper exposure is essential to ensure adequate weather resistance and structural integrity, as well as to provide an aesthetically pleasing appearance. Additionally, it’s important to follow local building codes and manufacturer specifications, as deviations from these recommendations can lead to issues such as water infiltration, reduced durability, and increased maintenance requirements. Ultimately, it’s advisable to consult with a professional or refer to specific product guidelines to determine the appropriate exposure for your particular project.

Flashing the corners when installing shingle siding is crucial for ensuring a water-tight seal and protecting the structure from moisture damage. To effectively flash the corners, start by cutting the shingles to fit snugly against the corner, leaving approximately a quarter-inch gap for expansion. Then, install a corner flashing piece, typically made of metal or plastic, that overlaps the edge of the shingles and extends up the wall. The flashing should be carefully shaped to direct water away from the corner, ensuring that any water runs down the surface of the flashing and not behind the siding. Secure the flashing in place with nails or screws, ensuring they are placed high enough not to interfere with the shingle installation. As you continue to install the shingles, make sure they overlap the flashing adequately, sealing the edges and providing a continuous barrier against water infiltration. Finally, it’s essential to regularly check and maintain the flashing to ensure it remains intact and functional over time, thus prolonging the life of the siding and protecting the underlying structure.