Chongqing Qianrun New Material Technology Co.,Ltd : Your Professional Engineered Veneer Supplier!

 

Chongqing Qianrun New Material Technology Co., Ltd. is a company engaged in new material technology research and development, technical services, technology development and other businesses. The company's main products: Melamine wood door, decorative panel, door skin, engineered veneer and other products.

Rich Product Range
Our company can produce graphite waterproofing sheets, graphite door panel laminates, graphite high density molded door panels, melamine molded door skins, melamine door skins, wooden door panels, plywood door skins and more.

Leading Service
We have many years of industry experience and a complete production management, quality supervision, sales service operation system. Whether you are looking to purchase graphite flashing or wooden door panels, just email your requirements and we can customize the product for you.

Quality Guaranteed
The sapphire health-care door skin exclusively developed by our company meets the environmental protection standard of the wooden door industry - enf level, and the formaldehyde emission is far lower than E0 level and E1 level.

Customizable
All our products can be OEM/ODM customized. Whether it's intricate patterns, beveled edges or unique sizes; our processing capabilities allow us to create custom designs and customize our products.

 

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What Is Engineered Veneer

 

 

Engineered veneer uses wood that has been subjected to manufacturing processes. This type of wood product is often called many things such as engineered, reconstituted, reconstructed, recomposed, man-made, manufactured or composite wood. Essentially real wood has been taken in strand, particle or fibre form and mixed with adhesives to create a composite wood material.

 

Features of Engineered Veneer

 

 

Moisture Resistance
One significant advantage of Engineered Veneer over solid hardwood is its resistance to moisture. Solid hardwood can easily warp or expand when exposed to humidity or moisture, causing damage to your floors. However, engineered wood has a core layer typically made from plywood or high-density fiberboard (HDF), making it more moisture-resistant.

Enhanced Durability
Another benefit of Engineered Veneer is its durability. The multiple layers make it stronger than solid hardwood, making it less prone to dents and scratches. Additionally, the top layer often consists of a thick veneer of natural wood, which can be sanded down and refinished multiple times if necessary.

Environmentally Friendly
If you value sustainability, you’ll be pleased to learn that engineered wood is an eco-friendly option for flooring. As only the top layer consists of natural wood, it requires fewer raw materials than solid hardwood, which uses whole logs for each plank. Engineered wood is a more sustainable choice for the environment.

Easy Installation
Due to its construction, Engineered Veneer can be installed in various ways, including floating, gluing, or nailing. This makes it ideal for DIY projects as well as professional installations. It also allows for easier installation over concrete or in areas with radiant heating systems.

Cost-Effective
Lastly, Engineered Veneer is often more cost-effective than solid hardwood. As previously mentioned, it requires fewer raw materials and is easier to install, making it a budget-friendly option for those looking to achieve the look of hardwood without breaking the bank.

 

Types of Engineered 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.

 

Process of Engineered Veneer

Material Selection
The manufacture of veneers requires the selection of high-quality raw materials, generally using arbor trees as raw materials, such as fir, pine, birch, oak, etc. When selecting materials, pay attention to factors such as the texture, material, and humidity of the raw materials.

Cutting
The raw materials are cut into a certain thickness, generally ranging from 0.5-2mm, and can be processed using planers, compressors and other equipment. In this process, it is necessary to ensure that the thickness of the veneer is uniform and the surface is smooth and flat.

Drying
Place the cut veneers in the drying room for drying. The drying temperature and time should be determined according to the type and humidity of the raw materials. Usually the drying temperature is 50-60℃ and the drying time is about 8-12 hours.

Splicing

Join veneers of different colors or qualities to create multi-layered planks. When splicing, you need to pay attention to the texture and color matching of the veneers to ensure the overall beauty of the boards.

Suppress

Place the spliced wooden boards into a press to press them to a uniform thickness and density. Among them, the pressing pressure and time need to be determined according to the thickness and quality of the veneer.

Forming

The pressed veneer is shaped and processed using planers, rotating machines and other equipment to achieve the required shape and size.

 

How to Choose Engineered Veneer
 

Pick an Optimum Thickness

The thickness of Engineered Veneer is an important factor to consider as it has implications on installation, performance, maintenance, and longevity. It is recommended to get veneer sheets with an optimum thickness to allow for any refinishing (re-sanding and repolishing) that may become necessary in the future to restore their aesthetics.

Choose Prefinished Designs

Applying a finish on Engineered Veneer may seem a simple task but require extensive expertise. It is therefore recommended to opt for prefinished veneers as the manufactures have the required expertise as well as necessary equipment that could give your veneers a perfect look and feel.

 

Redwood Burl Veneer

 

How to Maintain Engineered Veneer

Regular Cleaning, Dusting and Maintenance of Finish
Finished Engineered Veneer like most furniture requires frequent care of the finish and dusting to make it look fresh forever. Use a moist cloth or a dry one and clean it daily to keep your furniture look new every day. There are many options of wood conditioners and maintainers.

Less Exposure to Sunlight
The positioning of the furniture is very critical. See to it that the furniture is not placed under the direct exposure of sunlight. If UV inhibitors were used in the finish, then the color and grain will withstand much more sunlight and fluorescent light exposure.

Use and Durability
Veneer offers many colors, grains, burls, figuring, tight grain and loose grain that provide great latitude of choice in design and application. They are very durable products that will last as long as the finish does. The finish protects the wood veneer. Once it wears down, then there is nothing to protect the wood veneer.

Keep Away From Sharp Objects
One thing to remember about wood veneer care is to keep it safe from any sharp objects at home. A durable finish will withstand a fair amount of nicking and knocking and pings and dings. Wood veneer projects usually entail a fair amount of expense and even with a good finish, even a minor scratch looks deep and evident on its surface.

 

 

Applications of Engineered Veneer

Furniture
Engineered Veneer is often used to make high-quality furniture, such as desks, tables, and cabinets.

Cabinetry
Kitchen and bathroom cabinets can be made from engineered wood veneer to bring out a natural look and superior durability at a lower cost than solid wood.

Flooring
It can be used to create flooring that has the appeal of hardwood, but is more resistant to moisture and temperature changes.

Wall Paneling
Engineered wood veneer can be used to create decorative wall paneling that adds warmth and texture to a room.

Ceiling Tiles
Engineered veneer can be used to create decorative ceiling tiles that add an element of sophistication to the space.

Doors
Engineered wood veneer can be used to gift interior and exterior doors with a natural look and durability.

Architectural Millwork
It can be used to create decorative architectural elements, such as moldings, trim, and wainscoting.

Mapa Burl Veneer

 

 
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Frequently Asked Questions

 

Q: Can engineered veneer be bent or formed?

A: Engineered veneer can be bent or shaped to a certain extent, depending on its thickness and the type of core material used. Some types of engineered veneer are more flexible than others and can be formed into curves or other shapes using heat and pressure techniques during the manufacturing process. However, once a veneer is applied to a substrate, it is often not possible to bend or shape it further without compromising its structural integrity.

Q: What is engineered veneer?

A: Engineered veneer, also known as plywood veneer or rotary-cut veneer, is a thin layer of wood that has been peeled from the log using a lathe. It's then glued onto a core material to create a composite wood product. The result is a high-quality, durable, and versatile material that can be used in various applications, including furniture making, flooring, and cabinetry.

Q: How is engineered veneer made?

A: Engineered veneer is made by taking a log and cutting it into thin sheets using a lathe. The thickness of the sheet varies depending on the intended use, but it's typically between 1/32" and 1/8". Once the sheets are cut, they are glued together with an adhesive to form a large panel. The panels can then be cut into smaller pieces and used as needed.

Q: What are the benefits of using engineered veneer?

A: There are several benefits to using engineered veneer. First, it's a cost-effective alternative to solid wood. Second, it has a consistent grain pattern and color, which makes it easier to match different pieces of wood. Third, it's more stable than solid wood, meaning it won't warp or shrink as much over time. Finally, it's more environmentally friendly than solid wood because it uses less wood per square foot.

Q: How do you choose the right type of engineered veneer for your project?

A: Choosing the right type of engineered veneer depends on the specific needs of your project. You should consider factors such as the intended use, the desired look, the budget, and the durability requirements. For example, if you're making outdoor furniture, you'll want to choose a type of engineered veneer that's resistant to moisture and UV rays.

Q: How is engineered veneer applied to a surface?

A: Engineered veneer can be applied to a surface using several methods, including hot pressing, cold pressing, and contact cement. Hot pressing involves applying heat and pressure to the veneer to bond it to the substrate. Cold pressing involves using a special adhesive that doesn't require heat. Contact cement is a type of adhesive that's applied to both the veneer and the substrate before they're pressed together.

Q: Can you refinish engineered veneer?

A: Yes, you can refinish engineered veneer. However, the process may vary depending on the type of finish that was originally applied. In general, you'll need to sand off the old finish and apply a new one. It's important to use caution when sanding to avoid damaging the veneer.

Q: How long does engineered veneer last?

A: Engineered veneer can last for many years if it's properly cared for. The lifespan will vary depending on the quality of the veneer, the construction of the piece, and the conditions in which it's used. With proper maintenance, engineered veneer can last for decades.

Q: Is engineered veneer eco-friendly?

A: Engineered veneer can be considered eco-friendly because it uses less wood per square foot than solid wood. Additionally, engineered veneer can be made from fast-growing trees that don't take as long to mature as traditional hardwoods. However, it's important to choose engineered veneer that's made with sustainable practices and non-toxic adhesives.

Q: How do you care for engineered veneer?

A: Caring for engineered veneer involves regular cleaning and maintenance. Dust the surface regularly with a soft cloth or a vacuum cleaner with a brush attachment. Avoid using abrasive cleaners or harsh chemicals, as these can damage the veneer. Instead, use a mild soap and water solution to clean any spills or stains.

Q: Can engineered veneer be used outdoors?

A: While engineered veneer can be used outdoors, it's important to choose a type that's specifically designed for outdoor use. Outdoor engineered veneer is treated with special finishes and adhesives to resist moisture, UV rays, and temperature changes. Without these treatments, engineered veneer can warp, crack, or fade over time when exposed to the elements.

Q: How does engineered veneer compare to solid wood?

A: Engineered veneer and solid wood each have their own advantages and disadvantages. Solid wood is prized for its natural beauty and durability, but it can be expensive and prone to warping and shrinking. Engineered veneer is more cost-effective and stable, but it may not have the same natural appearance as solid wood. Ultimately, the best choice depends on the specific needs of your project and your personal preferences.

Q: What are some common uses for engineered veneer?

A: Engineered veneer is commonly used in a variety of applications, including furniture making, flooring, cabinetry, and decorative accents. It's often used in commercial settings due to its durability and cost-effectiveness. Additionally, engineered veneer can be used to create unique designs and patterns that aren't possible with solid wood.

Q: How do you repair scratches or damage to engineered veneer?

A: Repairing scratches or damage to engineered veneer depends on the severity of the damage. Small scratches can often be buffed out with a fine-grit sandpaper and a bit of wood polish. Deeper scratches or gouges may require patching with a wood filler or replacing the damaged section of veneer entirely. In either case, it's important to follow the manufacturer's recommendations for repairing the specific type of engineered veneer you have.

Q: How do you prevent moisture damage to engineered veneer?

A: Preventing moisture damage to engineered veneer involves keeping the material dry and avoiding exposure to excessive humidity or water. When cleaning, avoid using wet cloths or allowing water to pool on the surface. If the veneer gets wet, dry it off immediately with a towel and allow it to air dry completely. Additionally, you can use a moisture barrier or sealant to protect the veneer from potential water damage.

Q: Can you paint engineered veneer?

A: Yes, you can paint engineered veneer, but it's important to prepare the surface properly first. Start by sanding the veneer lightly with fine-grit sandpaper to remove any existing finish or blemishes. Then, wipe down the surface with a damp cloth to remove any dust particles. Next, apply a primer specifically designed for wood surfaces before painting with your chosen color. Allow the paint to fully dry before applying additional coats if necessary.

Q: How do you match different pieces of engineered veneer?

A: Matching different pieces of engineered veneer can be challenging due to variations in grain pattern and color. One way to achieve a more uniform look is to order all the veneer for your project from the same batch or supplier. Another option is to use a veneer matcher tool, which helps align and overlap the edges of adjacent pieces of veneer for a seamless appearance.

Q: What types of adhesives are used with engineered veneer?

A: Several types of adhesives can be used with engineered veneer, including urea-formaldehyde (UF), phenol-formaldehyde (PF), and melamine-urea-formaldehyde (MUF) resins. UF resins are commonly used for interior applications due to their low cost and good performance characteristics. PF resins are more heat-resistant and suitable for exterior applications. MUF resins offer improved moisture resistance and are often used in kitchen cabinets and other areas where exposure to water is likely. Always follow the manufacturer's instructions when selecting and applying an adhesive for engineered veneer projects.

As one of the leading engineered veneer manufacturers in China, we warmly welcome you to wholesale cheap engineered veneer from our factory. All our products are with high quality and low price. Contact us for more details.

Paper Backed Wood Veneer, Large Burl Veneer Sheets, Ash Burl Veneer