How to Select the Best WPC Wall Panel for Your Home

WPC wall panels are all the rage these days, and with good reason. For eco-conscious consumers looking to beautify their home, WPC products are an attractive option that boasts multiple benefits over traditional building materials, such as fiber cement siding or vinyl siding. No matter what your personal tastes or current home situation may be, there’s a WPC product that’s perfect for you! Read on to learn more about the differences between WPC wall panel options and how you can choose the best one for your home.

Alaskan Yellow Cedar

When it comes to cost and beauty, there’s no better wall panel option than Alaskan yellow cedar. Cedar is one of nature’s best building materials: it’s strong, durable, rot-resistant, beautiful and smells fantastic. The very thought of a freshly sawn piece of cedar may conjure images of a Northwoods cabin, but you don’t need a woodsy cabin or even an outdoor space to enjoy some yellow cedar in your home.


As one of today’s most sought-after building materials, teak wall panels are manufactured from high quality, durable components. For example, many older homes have paneled walls that are covered in peeling paint or paneling that was damaged by water leaks. When these types of issues occur in walls, it’s often due to low-quality material and manufacturing practices. The best wall panel WPC are all designed with a specific purpose in mind – whether it’s a natural finish or durability; you’ll want to choose a product that fits your needs precisely.

Western Red Cedar

If you plan on building a deck, then western red cedar is your best bet. In terms of strength and lifespan, it can’t be beat. This wood resists warping and rotting better than just about any other softwood out there (even some hardwoods). It’s also waterproof and insect resistant—ideal for when bugs start getting bad or if your back yard gets too much sun. Another great thing about it? You don’t have to treat it regularly like other woods like teak. Western Red Cedar does require semi-regular cleaning with a stiff brush and hosing off, but you really shouldn’t need more than that—and one of its more attractive qualities is its low maintenance requirements.


This type of wood is a reddish-brown color, with yellow undertones. It has a high gloss sheen, which is great for rooms that will get lots of traffic. Though mahogany is durable and sturdy, it’s not particularly resistant to water damage; make sure you seal it after installation. The most common complaint about mahogany paneling is that it’s difficult to maintain—it requires regular polishing and cleaning. For these reasons, you might want a less expensive option when it comes time to replace your wall paneling in five or ten years.


The Anigre species of wood has some incredible features that make it a very attractive option for wpc flooring. The first is its striking appearance. With its dark golden-brown coloring and pronounced grain, it’s no wonder Anigre is so sought-after. One of the most interesting things about Anigre wood is how versatile it is; when you choose your wpc flooring, there’s virtually no limit to what sort of design you can create with your new floors! From traditional hardwood to laminate or engineered wood,Anigre will fit right in! With its tight knots and distinct patterns, each piece of Anigre will look as unique as your home itself.

Marine Plywood

While wood is a beautiful material, it’s natural swelling and shrinking can cause it to separate from walls over time. Standard sawn wood panels are generally best used as ceiling panels since they’re cheaper than other options. This type of panel won’t expand or contract, but it also won’t hold up very well against moisture or mold. It’s important to keep these wall-mounting areas well ventilated and dry. Avoid placing standard sawn wood panels in areas where water may pool or create standing water. Standard sawn boards should not be installed in bathrooms, laundry rooms, and kitchens because of their inability to stand up against moisture and condensation from heating systems.