Engineered Wood Veneer
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Our Gray Eucalyptus Dyed Wood Veneer is exquisite, concise and concise in workmanship, and all of its parts are carefully selected to ensure high-quality standards.
What is Engineered Wood Veneer
Engineered veneer (EV) - also known as reconstitued veneer (recon) or recomposed veneer (RV) - is a re-manufactured product. Like natural veneer, engineered veneer is real-wood and born from a natural core. The difference is that the veneer is engineered though templates and pre-developed dye moulds.
Benefits of Engineered Wood Veneer
Engineered Wood Veneer are available in a wide range of textures allowing you to give your furniture a unique look. You can add a touch of luxury to your furniture with engineered wood veneer designs such as Mocha Oak, Ivory Ayous, and RoseWood. There is a range of other collections from which you can choose to complement other decor elements such as your flooring and walls to create a seamless design.
Engineered Wood Veneer are specially designed to maintain their sheen and integrity for a very long time. Veneers are slices of different species of woods that can easily add an alluring touch to any furniture it is applied on. The reinforced structure of such Engineered Wood Veneer for furniture offers much higher durability than standard veneers and gives your furniture an additional layer of protection against damaging agents.
Engineered veneer sheets are made from some of the finest wood species from around the world and glued together to form blocks to imitate the appeal of natural wood. The tree heals over time and can be used to obtain more slices for engineered veneer. This reduces the cost of such Engineered Wood Veneer drastically as opposed to buying natural veneers made from rare species of wood.
Engineered Wood Veneer are not very demanding when it comes to maintenance. Routine maintenance such as dusting every once in a while with a soft dry cloth or tissue is enough to keep your engineered wood furniture looking its best. In the event of visible marks and stains, an appropriate cleaning solution can help to get the surface clean. Remember not to go overboard when using cleaning solutions as frequent or prolonged exposure to chemicals can dull their appearance.
Types of Engineered Wood Veneer
Dry-Sawn Face Veneer
The dry-sawn face method creates a thicker layer of veneer than the other methods. This method uses the traditional process of cutting a log in a sawmill to reach its ideal thickness, width, and length. The dry-sawn face method creates a veneer identical to solid hardwood. This means you get the same color, grain, and character as a traditional hardwood floor. However, this process also produces the least amount of usable veneer for a higher cost than the other two methods.
Sliced Veneer
Sliced veneers start in the same way as dry-sawn face veneers: by getting cut from the log in a sawmill. Manufacturers then process the lumber in a conditioning tub before slicing it into layers. Unlike the dry-sawn face method, sliced veneer doesn't have to deal with a loss of material through sawdust. This means the sliced veneer method produces more usable wood for a lesser cost. These sliced veneer layers also maintain the original look and finer graining of the wood. However, the process does create thinner veneer layers than the dry-sawn face method.
Rotary-Peeled Veneer
To create rotary-peeled veneer, manufacturers place their wooden logs in a conditioning tub and then onto a shaping machine. Instead of cutting or slicing the wood, manufacturers peel long, thin layers from the log. This process creates the maximum amount of product from the wood, making it the cheapest method available. However, rotary-peeled veneer results in a different grain pattern than sliced or dry-sawn face veneer.
Wall Panels
Engineered wood veneer can be used on walls panels to increase their aesthetic appeal. Reconstructed from different species of wood, engineered veneer sheets provide consistency in grain and color. Besides being available in a wide range of design, color and texture, engineered veneer is also remarkably durable and moisture resistant, which makes it an ideal choice for wood panels.
Ceilings and Walls
Engineered veneer sheets are the future of environmentally green, high-end veneer core. Ceilings and walls adorned with engineered wood veneer sheets help customize the interiors of your property to fit the style and decor. Whether you want a minimalistic or luxurious ambience, wood veneers can help you manifest your vision to perfection.
Furniture
Chairs, tables, dressers and other furniture pieces can be easily given a new and unique appeal with engineered wood veneers. You can take your pick from a wide variety of wood veneers that can be used to create countless patterns and arrangements. This allows you to explore endless design possibilities, and achieve the desired appeal with ease.
Cabinets
Engineered veneers on cabinets can provide the desired aesthetic appeal. With engineered veneer, it is easy to create and apply patterns that make your cabinet surfaces stand out. With wood veneers, engineered oak veneers and other, more exotic wood types available, the cabinets can look truly unique and stylish.
Artwork
Engineered wood veneers are quite agile and easy to work with, which makes them ideal for decorative artwork. From creating wooden instruments to decorating your favorite collector's items, wood veneers can be a great way to enjoy the artwork of any scope and size.
Distinguishing Natural and Engineered Wood Veneer: How Do They Differ?
Production Process
Natural wood veneer is meticulously crafted from tree logs, typically sliced into thin sheets. These sheets are commonly applied through pressing or lamination onto thicker materials such as plywood, MDF, or particle board. This process results in structured panels that serve as a popular alternative to hardwood lumber.
Engineered veneer sheets are derived from renewable tree types. These slices undergo a process of dyeing, drying, and assembly into blocks of various shapes. Subsequently, these blocks are sliced once again and glued together to achieve specific textures and patterns. The final product can closely resemble natural wood grains, adopting common styles like flat cut, burl cut, quarter cut, straight grain, or other geometric patterns.
Design Variations
Natural veneer sheets are derived from tree logs, where each tree possesses a distinct pattern. Consequently, no two trees yield veneer sheets with identical appearances. The manufacturing process preserves these unique patterns, resulting in each veneer sheet serving as a one-of-a-kind natural artwork. This exclusivity is why premium surface materials, such as smoke oak veneer, are highly regarded.
Engineered wood veneer, also known as reconstituted veneer, is made from a natural core. Crafted through predetermined dye molds and templates, engineered veneer sheets undergo splicing, dyeing in vats, and gluing into blocks. These blocks are then re-sliced and re-glued to produce diverse patterns and textures.
Manufacturing Cost
Natural veneer sheets is a challenging process, involving the meticulous slicing of large tree logs while preserving their natural properties and promoting conservation efforts.Engineered wood veneer sheets manufacturing is cost-effective, utilizing slices from rapidly growing trees. These slices are assembled into blocks to generate a variety of designs and patterns in bulk. Engineered veneer blocks commonly measure around 110”-132” in length and 24” in width. The efficient structure of engineered wood, coupled with its higher yield, proves beneficial in cost reduction.
Choosing the right grade
When wood is lumbered, it is graded into one of four grades depending on the number of knots that are visible, the consistency of its colour and the amount of sap it has. Although sap often can't be seen, it's in the wood and affects the grade any wood will ultimately be classed as.The four wood grades are prime, select, natural and rustic. Prime wood, which is normally amongst the most expensive, has only a very small number of very small knots and a highly consistent colour. Rustic wood on the other hand has a large number of big knots and inconsistent colour. Select and natural are between the two. It's worth being aware that prime grade wood tends to be the most expensive and rustic the cheapest, but this isn't always the case.
Choosing the thickness of wear layer or top layer
When it comes to choosing the right thickness for the top layer on your veneer floor, the overriding factors to take into account are footfall and whether or not you're likely to want to re-sand and re-finish your floor in the future.If you live in an environment where there is likely to be heavy or high footfall, it's best to choose a veneer floor with a thick-ish top layer eg. 6mm. That way you can be confident that the floor will stand up to whatever your lifestyle throws at it. It will also be able to be re-sanded and re-finished, to bring it back to looking new at least a couple of times in its life.
Choosing the right board thickness
Veneer floors range from around 14-20mm thick on average. If you are laying a veneer floor on top of another floor, you will be able to get away with a thinner board because your new floor will be supported by the old floor. If, however you're laying your new floor over joists, you should always choose a thicker board because your new floor is effectively becoming part of the structure of the room and needs to be strong enough to support the weight of people and furniture.The other thing that will impact on which board thickness you choose is whether or not you have under floor heating. Generally speaking it is the thinner end of the spectrum that is recommended for fitting over under floor heating because it allows more efficient passage of heat.
Choosing your finish
Most people opt for a pre-finished veneer floor because it saves time and mess in the home after the floor has been laid. The most popular finishes are oiled and lacquered. There are various types of oil and lacquer, but generally speaking an oiled floor will have a more natural, less shiny finish than a lacquered floor. If your house is particularly sunny, you should choose a finish with a UV filter to protect your floor from the harmful effects of the sun.Lacquered or hardwax oiled finishes are generally best in bathrooms and kitchens where the risk of spills and water damage are at their greatest. This is also the case in hallways where there is a risk of dirty feet coming in from outside the home.
Process of Engineered Wood Veneer
Debarking
Once a tree has been selected and felled, the first step is debarking. This is done using a specially designed machine that very carefully strips all the bark off the wood, without damaging the core.
Softening
The next step is to bring the log up to a high moisture content. This softens the wood, preventing it from tearing during the next process.The softening process is usually done using steam and soaking. Once this is complete and the required level is reached, the logs are cut to the required size, ready for the next stage.
Peeling
This next step involves peeling or slicing the log. There are various wood veneer slicing methods, each of which produces a different effect. Veneer peeling is a craft that brings out the very best of the wood’s grain and texture.
Drying
The sliced veneers then need to be run through a large dryer. This makes certain that they dry flat and evenly. When dry, the veneer sheets are stacked into bundles.
Clipping, cutting and gluing
The wood veneer bundles are then clipped to the required length, then trimmed into consistent widths ready for gluing.The trimmed wood veneer sheets are then put through a gluing machine that bonds them edge-to-edge so that full sized sheets are produced. The sheets are now ready to be applied to a substrate and crafted into panels, doors and furniture.
How to Maintain Engineered Wood Veneer
Regular cleaning is essential to preserve the beauty of your eEngineered Wood Veneer. Start by sweeping or vacuuming the floor to remove dirt, dust, and debris that can scratch the surface. Use a soft-bristle broom or a vacuum with a hardwood floor attachment to ensure a gentle touch.For a deeper clean, damp mop the floors using a well-wrung-out mop or a microfiber mop. Avoid excessive water, as standing moisture can damage the wood over time. Opt for a pH-neutral, hardwood floor cleaner that is specifically designed for engineered wood. Always follow the manufacturer's recommendations for cleaning products to avoid damaging the finish.
While Engineered Wood Veneerd is more resistant to scratches than solid hardwood, it's still susceptible to damage. Place felt pads on the legs of furniture to prevent scratches when moving items. Avoid dragging heavy furniture across the floor, and use area rugs or mats in high-traffic areas to minimize wear.Consider placing doormats at entryways to trap dirt and debris before they reach your floors. This simple step can significantly reduce the risk of scratches caused by abrasive particles.
Engineered Wood Veneer floors are more resistant to moisture than solid hardwood, but they are not entirely impervious. Wipe up spills promptly using a soft, dry cloth to prevent water from seeping into the wood. Maintain a stable indoor humidity level between 30% and 50% to prevent the wood from expanding or contracting.Use a dehumidifier during humid months and employ a humidifier during drier seasons to maintain optimal humidity levels. This proactive approach will help prevent issues such as warping or cupping.
Prolonged exposure to sunlight can cause the color of your Engineered Wood Veneer floors to fade over time. Use curtains, blinds, or UV-resistant window films to protect your floors from direct sunlight. Rearrange furniture and rugs periodically to ensure even exposure and prevent uneven fading.
Grid Swell Wood insists on exploiting the technical field and exploring unique quality and craftsmanship with rich experience. We have successively obtained "ISO 45001", "ISO 9001", "ISO 14001" China Environmental Labeling Product Certification" and FSC.
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