I. What is a multilayer board?
Multi-layer board, also known as plywood , is a sheet material made , bonded together with adhesive. Typically, the grain directions of adjacent veneers are perpendicular to each other.
II. What is OSB (Oriented Strand Board)?
OSB (Oriented Strand Board) is a new type of environmentally friendly decorative material made from European pine wood , processed and manufactured in Germany. It is made from small-diameter timber, thinnings, and wood cores as raw materials, processed into shavings 40-100mm long, 5-20mm wide, and 0.3-0.7mm thick using specialized equipment. The shavings are then degreased, dried, glued, oriented, and hot-pressed to form a type of oriented structural board .
III. Advantages and disadvantages of multilayer boards
advantage:
1. Environmental protection
Multi-layer solid wood board
The use of liquid adhesive is reduced during the board forming process. Since formaldehyde is present in liquid adhesive, multi-layer solid wood boards are more environmentally friendly and healthier than plywood, and are less likely to produce sawdust.
2. Multi-layer boards have good bending resistance, are convenient for transportation and construction, have beautiful textures, make up for some of the natural shortcomings of wood, and have excellent workability.
3. Solid wood multilayer boards are weather-resistant, high-temperature resistant, and durable. They are widely used in airplanes, ships, trains, automobiles, home decoration, and containers.
shortcoming:
1. The surface of plywood is not as neat and smooth as that of MDF or solid wood boards, and it is not as sturdy as MDF.
2. Multi-layer boards that have not been fully dried may have quality defects or production process problems, which may cause the boards to deform severely during use, making it difficult to adjust them with external force.
IV. Advantages and disadvantages of OSB (Oriented Strand Board)
advantage:
1. OSB (Oriented Strand Board) has virtually zero formaldehyde and lead emissions, comparable to natural wood. It is the highest-grade decorative board on the market and a truly green and environmentally friendly building material. It can meet many current and future requirements for environmental protection and healthy living.
2. OSB is waterproof, moisture-proof, fireproof, and heat-resistant, with performance several times that of ordinary plywood .
3. OSB (Oriented Strand Board) is made of many large planed blades stacked together in multiple layers in a directional cross-stack, resulting in a more scientific and reasonable physical structure that is stable, joint-free, gap-free, crack-free, with good overall uniformity and extremely high internal bonding strength.
shortcoming:
1. Although OSB has a high density and hardness, it is also difficult to drive nails into the board, which makes the processing of the board more difficult.
2. OSB (Oriented Strand Board) is relatively expensive. Although many families appreciate OSB, its price is much higher than other building materials, causing some consumers to hesitate to purchase it.
3. Sometimes pits and holes are left on the surface of OSB boards during construction, which affects the aesthetic effect.
Advantages and disadvantages of multilayer boards
The surface layer of multi-layer plywood is made from carefully selected high-quality wood that has undergone drying, degreasing, and conditioning processes before being sliced. The surface should be free of defects such as rot, dead knots, wormholes, cracks, and bark inclusions. However, minor live knots and color variations should not be overly demanding, as these are natural properties of wood. In some regions, the moisture content of multi-layer solid wood plywood is generally 5%-14%.
Healthy and environmentally friendly multi-layer solid wood boards avoid the extensive use of liquid adhesives during the board forming process. Formaldehyde is present in liquid adhesives, making multi-layer solid wood boards more environmentally friendly and healthier than plywood. Multi-layer solid wood boards use cross-laminated plywood as the base material, and are manufactured through several processes including cold pressing, hot pressing, sanding, and curing. The unique production process and raw material selection of multi-layer solid wood boards determine their distinctive quality.
When you're unsure whether to choose OSB or plywood, it mainly depends on what you'll be using it for. They have different prices and uses. Sometimes, when buying things, it's not about choosing the best, but the most suitable one. If your product doesn't require high structural strength, I suggest you use plywood.
Compared to plywood, medium-density fiberboard, and blockboard, OSB has a smaller coefficient of expansion, better stability, more uniform material, and higher screw holding power. Because its wood chips are arranged in a certain direction, its longitudinal bending strength is much greater than its transverse strength, so it can be used as a structural material and as a load-bearing component.
In addition, it can be processed like wood, such as sawing, sanding, planing, drilling, nailing, and filing, making it a good material for building structures, interior decoration, and furniture manufacturing. The disadvantage is its relatively poor thickness stability, mainly due to the inconsistent size of the shavings. The direction and angle of the shavings during installation cannot be guaranteed to be completely horizontal and uniform, resulting in a certain density that affects thickness stability.
The surface layer of multi-layer plywood is made from carefully selected high-quality wood that has undergone drying, degreasing, and conditioning processes before being sliced. The surface should be free of defects such as rot, dead knots, wormholes, cracks, and bark inclusions. However, minor live knots and color variations should not be overly demanding, as these are natural properties of wood. In some regions, the moisture content of multi-layer solid wood boards is generally 5%-14%. Healthy and environmentally friendly multi-layer solid wood boards avoid the extensive use of liquid glue during the board forming process. Formaldehyde is present in liquid glue, making multi-layer solid wood boards more environmentally friendly and healthier than plywood. Multi-layer solid wood boards use cross-laminated plywood as the base material, manufactured through several processes including cold pressing, hot pressing, sanding, and conditioning. The unique production process and raw material selection of multi-layer solid wood boards determine their distinctive quality.
Compared to plywood, medium-density fiberboard (MDF), and blockboard, OSB has a lower coefficient of linear expansion, better stability, more uniform material, and higher screw-holding power. Because its wood shavings are arranged in a specific direction, its longitudinal bending strength is much greater than its transverse strength, making it suitable for structural materials and load-bearing components. Furthermore, it can be processed like wood, such as sawing, sanding, planing, drilling, nailing, and filing, making it a good material for building structures, interior decoration, and furniture manufacturing. Its disadvantage is relatively poor thickness stability, mainly due to the uneven size of the wood shavings. During installation, the direction and angle of the shavings cannot be guaranteed to be completely horizontal and uniform, creating a density gradient that affects thickness stability.
Multi-layer boards are environmentally friendly
Excessive pollution from home renovations can harm human health. Since wood-based panels are widely used in renovations, their environmental friendliness is crucial. The environmental friendliness of wood-based panels is directly related to the type and amount of adhesive used. While OSB (Oriented Strand Board) uses high-grade environmentally friendly adhesives, domestic multi-layer boards are also beginning to use environmentally friendly adhesives and production processes, achieving an E0 environmental rating. Furthermore, the structure of multi-layer boards shows that they use less adhesive than OSB, making them relatively more environmentally friendly.
OSB board has good structure
OSB (Oriented Strand Board) uses small wood shavings arranged in a crisscross pattern to restructure the wood grain, completely eliminating the influence of internal wood stress on processing. It boasts advantages such as a low coefficient of expansion, good moisture resistance, and low deformation coefficient. Plywood, on the other hand, uses large, thin sheets of rotary-cut or sliced wood, which generally have inferior moisture resistance and are more prone to warping. OSB can also be directly painted and shares the processing characteristics of plywood, making it suitable for the humid environments of kitchens and bathrooms. In Europe and America, OSB is considered an upgraded replacement for plywood and blockboard.
2. The difference between OSB and plywoodDifferences between OSB and plywood: Both OSB and plywood have their own advantages and disadvantages, including environmental friendliness, surface finish, and price. You can choose based on your specific needs. Both OSB and plywood require painting or finishing treatment when making cabinets.
Difference between OSB and plywood
1. Environmental friendliness. Whether it's OSB or plywood, the environmental performance can be identified by the label on the board surface: ENF > E0 > E1.
2. Surface. Multi-layer boards have a smooth surface and beautiful texture; OSB boards have a rough surface and slightly less flatness.
3. Price. OSB and plywood are categorized into high, medium, and low grades based on quality, and also into several thicknesses such as 9mm, 15mm, and 18mm. Generally speaking, under the same conditions, OSB may be slightly more expensive than plywood. However, the specific price depends on the brand and manufacturing process.
Advantages and disadvantages of OSB (Oriented Strand Board)
advantage
1. Safe and environmentally friendly. The processing uses environmentally friendly adhesives, which are odorless and have low formaldehyde emissions;
2. Stable structure and strong compressive strength. The board has a three-layer crisscross structure and an internal directional structure. There are no joints, gaps, or cracks, resulting in good overall uniformity and extremely high internal bonding strength. Therefore, the structure is quite stable and has very high strength.
shortcoming
The surface is rough. Due to its special processing technology, its surface is relatively rough, and the patterns are quite unique, but this is not a drawback for those who like this style.
Advantages and disadvantages of multilayer boards
advantage
1. Excellent stability and resistance to deformation. Multi-layer solid wood boards use cross-laminated plywood as the base material, resulting in excellent stability.
2. Smooth surface. The surface is made of high-quality solid wood veneer or engineered wood, and is produced through dozens of processes such as cold pressing, hot pressing, sanding, and curing, resulting in a smooth surface and good visual effect;
3. Beautiful texture and good feel. The surface layer of solid wood veneer material has a natural and realistic wood texture and feels excellent to the touch.
shortcoming
1. Prone to deformation and cracking when soaked in water. Once soaked in water, the boards are extremely susceptible to deformation and cracking, and these problems are irreparable; the entire board must be replaced.
2. Inconsistent quality. There are many types of plywood on the market, with significant price differences, and many have quality problems. The direct consequence of these quality issues is excessive formaldehyde levels. Therefore, consumers must learn to distinguish between different types and should not only focus on price.
How to choose OSB (Oriented Strand Board)
1. To select high-quality OSB (Oriented Strand Board), we should first check its flatness. High-quality OSB has a relatively flat surface without any unevenness. Therefore, when selecting OSB, we should first examine its surface.
2. To choose high-quality OSB (Oriented Strand Board), we also need to consider its price. Good quality OSB is reasonably priced with minimal price discrepancies. Therefore, price should be a factor to consider when making your selection.
3. To select high-quality OSB (Oriented Strand Board), we also need to check its moisture content. Good quality OSB generally has a moisture content of no more than 12%. Therefore, we should pay attention to checking the moisture content when selecting it.
4. To ensure you choose high-quality OSB (Oriented Strand Board), you should also check its formaldehyde content. Good quality OSB will have formaldehyde levels that meet national standards and will not exceed the limits. Therefore, when selecting OSB, you should pay attention to checking the formaldehyde content.
3. How much does OSB (Oriented Strand Board) cabinet door cost per square meter? Is OSB better than multi-layer solid wood board?OSB (Oriented Strand Board) is a type of particleboard, but it is positioned higher than ordinary MDF and PSC. As it is imported, OSB is still a rapidly growing and promising engineered wood product. Today, we'll take you through the pricing of OSB cabinet doors per square meter and discuss whether OSB or multi-layer solid wood boards are better. Let's find out together.
1. How much does OSB (Oriented Strand Board) cabinet door cost per square meter?
The price of OSB (Oriented Strand Board) cabinet doors per square meter varies. There's no standard price; you can compare different board materials before making a choice. Wardrobe board prices generally range from 200 to 500 yuan per square meter, depending on the brand, material, and size of the board. Below, we've compiled some prices from Tubaobao for your reference:
1. TBB Particleboard Model: Reference Price: Approximately RMB per piece.
2. Rabbit Baby Cedar Board Model: Reference Price: Approximately [amount] yuan/piece.
3. TBB OSB board model: Reference price: around yuan/piece.
4. TBB solid wood board model: Reference price: around yuan/piece.
Note: The prices above are from the internet and are for reference only!
II. Is OSB (Oriented Strand Board) or Plywood Better?
1. OSB (Oriented Strand Board)
OSB (Oriented Strand Board) is made from small-diameter timber and thinnings of softwood and hardwood trees. Timber refers to segments of trees after felling and processing, while thinning refers to timber harvested in multiple felling operations. Pine is a type of tree that fits these characteristics, and OSB is made from European pine wood processed into boards.
2. Multi-layer solid wood board
Multi-layer solid wood boards are made by gluing and hot-pressing three or more layers of veneer or thin wood boards together. Plywood is generally available in six thicknesses: 3mm, 5mm, 9mm, 12mm, 15mm, and 18mm (1mm is equal to 1mm). It meets the E1 environmental protection standard and is currently a commonly used material for handmade furniture. It is also a cost-effective material on the market.
Summarize:
Which is better, OSB or plywood? From an environmental perspective: OSB is definitely much better than plywood. It is a truly green and environmentally friendly building material that meets people's current requirements for environmental protection and healthy living. Plywood is not suitable for large-scale indoor use, and the edges of furniture must be tightly sealed to avoid excessive formaldehyde release and indoor pollution. In terms of moisture resistance: OSB is durable and has excellent waterproof and moisture-proof properties. On the other hand, plywood is more susceptible to water damage, so it requires careful maintenance in daily life.
The above is all the information about the price of OSB cabinet doors per square meter and whether OSB or multi-layer solid wood boards are better. We hope this helps you understand OSB. For more decoration knowledge, decoration company reviews, and decoration cases, please continue to follow us!
4. What is OSB (Oriented Strand Board) made of? Does it contain high levels of formaldehyde? Is OSB better than multi-layer solid wood board?OSB (Oriented Strand Board) is generally considered environmentally friendly, with low formaldehyde content, comparable to solid wood. So, is OSB used for cabinet bodies or doors? It's mostly used for cabinet doors; OSB isn't very suitable for wardrobe bodies.
What is OSB (Oriented Strand Board) made of? Does it contain high levels of formaldehyde?
OSB (Oriented Strand Board) is made primarily from coniferous trees, including softwood or thinned timber. These woods are shaving into thin sheets, then bonded and hot-pressed using a specialized high-temperature baking process. Therefore, its formaldehyde content is very low, comparable to that of solid wood boards. Furthermore, because OSB is stable and offers a wide variety of patterns, it is highly favored by many consumers.
Is OSB (Oriented Strand Board) used for cabinet bodies or cabinet doors?
Cabinet door.
OSB (Oriented Strand Board) is a new type of imported decorative material. It has a very compact internal structure, high strength, a relatively small coefficient of expansion, and stable performance. Therefore, it is not easily deformed when used to make wardrobe doors.
In addition, wardrobe doors made of OSB (Oriented Strand Board) have excellent moisture resistance. During daily use, moisture does not easily penetrate the board, preventing it from becoming damp and warping. OSB also has good nail-holding properties and high environmental performance.
Which is better, OSB or plywood?
1. If it's a carpentry job, OSB (Oriented Strand Board) is better at planing than plywood, and the board is stronger and harder. If it's a custom order, plywood is more economical. If you're doing carpentry work, you'll need edge banding. It's not recommended to use this board in damp areas. For custom orders, edge banding is better than on-site carpentry edge banding.
2. OSB is more suitable for wardrobes or plywood. First, OSB has a very dense structure, strong physical properties, and high hardness. Compared with plywood, multi-layer board, and blockboard, OSB has a smaller coefficient of linear expansion, better stability, and more uniform material.

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