Unlocking the Future:
Nano-Technology
Wood Sealants

Nanotechnology Wood Sealants Are the Future of Wood Preservation

Introduction to Nanotechnology in Wood Preservation

Understanding Nanotechnology

Except for maybe a reference in a science fiction book or film, few of us are familiar with the concept of nanotechnology, and even fewer understand what that means. This article will define nanotechnology and explain how it has become an amazing method of wood sealing. Put simply, nanotechnology refers to tech on the nanoscale. A nanometer is one millionth of a millimeter. That is so small that the nanoparticles of GoNano’s sealants affect the structure of a material’s molecules.

Why Wood Preservation is Important

Wood is one of the most commonly used building materials in the world. From houses to decks and gazebos, there probably aren’t any people on the planet who haven’t benefited from a wooden structure. Even though wood is strong and versatile, it is not indestructible or an unlimited resource. Compared to other building materials, wood, especially when unsealed, is very susceptible to water damage. By sealing our wooden surfaces and structures, we can extend their lifespan by more than five years in some instances and decrease the need for more wood products.

The Science Behind Nanotechnology Wood Sealants

How Nanotechnology Works with Wood

Nanotechnology is used on several building materials, like shingles and concrete, because of its ability to strengthen substances from the inside out. Wood is no different. It is strengthened by millions of ultra-tiny nanoparticles that can actually reshape the wood’s molecular structure to strengthen the wood itself and make it less likely to be damaged.

Benefits Over Traditional Wood Sealants

Unlike surface stains and varnishes, GoNano’s Wood Saver sealant penetrates the surface of wood and fills in gaps that allow moisture to be trapped. That trapped moisture is what leads to protruding nails, splintering, and rotting wood. GoNano also lasts longer than many surface treatments. Another benefit is that GoNano’s Wood Saver preserves the natural look of the wood, unlike stains.

Advantages of Using Nanotechnology Wood Sealants

Enhanced Durability and Longevity

Because the nanoparticles actually change the wood into a stronger material, wood treated by GoNano is stronger and lasts longer than untreated or undertreated wood. That means impacts, storms, UV rays, and more are weaker against the fortified wood. GoNano lasts more than twice as long as other sealers.

Improved Resistance to Water, UV, and Biological Factors

As mentioned above, there are quite a few benefits to outfitting your wooden fences or decks with nanotechnology. Water is the main threat to most wood, but it is followed closely by UV light from the sun and cyanobacteria, previously known as blue-green algae. Luckily, Gonano’s products offer protection from those as well.

Eco-Friendly and Non-Toxic Benefits

Unlike some chemical sealers that feature damaging chemicals, GoNano products are quickly biodegradable and do not harm aquatic life. Not worrying about your sealer killing your plants, or worse, grants you peace of mind in DIY situations.

Real-World Applications and Case Studies

Residential Use Cases

There are several GoNano Wood Saver DIY success stories. People have had great results on their fences and wooden accents on their homes, all while keeping the natural wood look they liked. Treating your wooden features at home is a great way to keep them looking good and keeps you from having to replace deck or fence boards as often.

Commercial and Industrial Applications

Dining areas that feature wooden guard rails or patios are a great place to show off the natural wood look. If you have high-traffic wooden areas at your business, it is very important to make sure that they stay looking good and functioning properly.

Challenges and Considerations in Adoption

Cost Analysis and Availability

One of the least fun parts about any home improvement project is figuring out how much it will cost you. The good news is that you often get out what you put into maintaining your home. The same goes for your decks and fences. The good news is that after your initial application, you shouldn’t have to worry about it for another five years or longer! Applying once every five years could save you in the long run. Having to buy new sealers and materials every couple of years adds up!

Application Methods and Learning Curve

Applying GoNano products does not differ much from applying paints or stains, except you don’t have to do it as often. Spray, paint, or roll it on. Many DIY projects require expensive tools and materials and a lot of experience. However, treating your wooden structures doesn’t require either.

Future of Wood Preservation with Nanotechnology

Emerging Trends and Ongoing Research

Nanotechnology has been a well-received and proven innovation in the world of wood construction and preservation. The idea of making wood last longer not only makes it a more desirable material but also makes it so that we need to depend less on logging and producing new wood products.

Potential for New Wood Treatment Innovations

The fact that nanotechnology is being used in a very old industry like lumber production is a good sign that this technology is here to stay. Beyond that, one innovation often leads to more. Hopefully, we will continue to find new ways to extend the life of wood.

Conclusion

Summary of Benefits and Challenges

The benefits of using GoNano Wood sealant are numerous. It helps preserve your wood’s structural integrity, which is one of the main concerns of most consumers. It also protects wood from UV light damage, Cyanobacteria, and stains. It is applied easily and lasts much longer than other sealants.

Call to Action for Sustainability and Innovation

Wood is one of the most widely used building materials in the world and our population continues to grow and industrialize on a global scale. Unless something changes, the need for wood for constructing buildings and furniture will likely continue to rise. With a limited amount of trees and the relatively slow growth rate, we should do our best to reduce the amount of new wood we use. One of the best ways that we can do that is by making the wood we harvest last as long as possible.