The global furniture décor paper market size was USD 2369.3 million in 2021 and is projected to touch USD 5023.49 million by 2032, exhibiting a CAGR of 7.1% during the forecast period. In the market study, our analysts have considered furniture décor paper players such as Felix Schoeller Group, Ahlstrom-Munksjö, Qifeng New Material, Koehler Paper, Malta-Décor, Surteco, Shandong Lunan New Materials, Impress Surfaces, KÄMMERER, Zhejiang Dilong New Material, SHENGLONG SPLENDECOR, Onyx Specialty Papers, PAPCEL, KJ Specialty Paper, and Pudumjee Paper Products, etc.Furniture décor paper is used to provide a high-end quality finish to wood materials. The papers either have a print or a normal design. It is used for flooring, furniture surfaces, and paneling. It is available in a wide range of colors and weights. The papers have color constancy, high porosity, light resistance, and wet strength.
Decorative paper is an indispensable raw material for many building materials products, such as low-voltage boards and high-voltage boards used in furniture and cabinets, as well as fire-resistant boards and floors. Decorative paper requires a smooth surface, good absorption and adaptability, a background color requires a uniform tone, and a color requires a bright color. Decorative paper is placed under the surface paper in the product structure, mainly to provide decorative patterns and cover to prevent the seepage of the underlying glue.Decorative paper has not been developed for a long time in our country, and it has only been more than 30 years. In the late 1960s, our country was using decorative paper as fireproof boards. These fireproof boards were manufactured by some large state-owned factories. Until the end of the 70's, research was started on paper to be directly veneered, but at that time the veneer was mainly used for medium density fiberboard and particleboard veneer.
Decorative paper is a kind of decorative paper, which is used for decoration and protection, and is mainly used for furniture, laminate flooring and Fire board and other fields. Decorative paper printing is a very specialized field with high technology and standards. The quality of decorative paper mainly depends on factors such as raw materials, printing technology, quality control and so on.
In this study, the influences of varnish and overlaying material types, structure of continuous pressed laminates (CPL) and resin mixture on the cigarette, scratch and abrasion resistances were investigated. Three-layered particleboard composites were overlaid with various decorative surface overlays (veneer, continuous pressed laminates, high-pressure laminates and finish foils). The results showed that the overlay and varnish types, and resin mixture used for the finish foil manufacturing were significantly found to be effective on the cigarette, scratch and abrasion resistances. While the lowest scratch and abrasion resistances were obtained from veneered boards, high-pressure laminates (HPL) had the highest values. Polyurethane based varnish showed higher resistances to the scratch and abrasion compared to cellulosic-based varnish. CPL structure was not found to be effective on these properties. The acrylic and urea mixture ratio used for the finish foil manufacturing was found to be effective on the abrasion and cigarette resistances. Increasing acrylic amount in the resin mixture statistically improved the quality properties of the finish foils. This study shows that end use applications of the overlaid panels are related to the overlay and varnish types, and resin mixture used for impregnating of the decor papers.
A crucial problem for laminate producers is the dimensional instability of decorative papers during soaking in aqueous solutions, but the source of this dilemma is not completely understood yet. In this study, eight commercial decorative papers of similar fiber composition and sizing were analyzed for their structural, physical, and mechanical properties. These properties were examined for their correlations to the dimensional stability of papers when moistened, as assessed by the wet stretch dynamics. Structure-to-property relationships were evaluated by principal component analysis (PCA). Within the set of parameters examined, PCA revealed that fiber orientation and the content of fillers/pigments influenced the wet expansion of paper web and affected its margins and dimensions in longitudinal and transverse directions of the paper machine. These variables are discussed within the context of decorative paper engineering in order to produce high performance papers with regular wet expansion properties.
Melamine-impregnated paper is used to decorate the surface of the paint-free board, providing colors and patterns. The overall demand is excellent. To have good quality, when producing melamine-impregnated paper, all factors need to be strictly controlled to meet its extensive requirements.
Melamine mdf board is also called paint-free board, it is a decorative board formed by hot pressing, which is to lay paper with different colors or textures on particleboard, moisture-proof board, MDF, plywood, blockboard or other solid wood boards.
There are many factors that can be considered when evaluating a product, including its performance, Intumescent, Flame retardant, water resistance, and hard surface texture. For example, a product may be described as flame retardant if it is flame retardant in the fire code. The fire code also requires a product to be waterproof and intumescent. However, these features are not always the same. This article will discuss the different methods for evaluating the properties of melamine-impregnated paper veneer fiberboard.
Decorative paper with a wear resistant decorative is made by limiting the flow of melamine resin through the decorative paper. A partially cured melamine resin impregnated overlay is placed over non impregnated decorative paper and cured at temperatures of about 230-310°F (110-155°C) and pressures of greater than about 300 psi (20 bar) and preferably about 750-1500 psi (51-102 bar) for causing melamine resin to flow from the overlay into the decorative paper and for substantially fully curing the melamine resin. Flow of the melamine resin is limited to about 10-20 and preferably about 12-17 percent by weight of the impregnated overlay. Flow of melamine resin in impregnated decorative paper is limited to about 1-3 and preferably about 1-2 percent by weight of the impregnated decorative paper.
Abstract: Melamine impregnated adhesive film veneer artificial board, also known as melamine board, is made by soaking different textures and colors of raw paper in melamine resin, drying it, and laying it on the surface of particleboard, density board, or multi-layer board. After hot pressing, it forms a decorative board. Melamine decorative base paper can be imported or domestically produced, with significant differences in price and quality. This article explores the decorative process of melamine impregnated adhesive film paper, hoping to promote the improvement of melamine board processing level.
Using Melamine Paper can help you transform your home interiors and give it a beautiful and luxurious look. It is a durable and affordable material that can transform the look of your furniture and cabinetry. It is available in various styles, from a wood grain to fancy design, and can be used to give your home interiors the look you’ve always wanted.
Among the many types of laminate paper, melamine paper is a good option for furniture. This type of paper is durable, scratch-resistant, and water-resistant. It also provides the same strength as wood. It has a low cost, is easy to install, and is an excellent choice for interior architecture.Aside from being a great option for furniture, melamine paper is also used for decorative purposes. Moreover, it is a great substitute for wood composite panels. It is not only affordable, but is also very environmentally friendly.Compared with other laminate materials, melamine can be used to imitate a number of patterns. It is also very easy to clean. It is waterproof and can be easily recycled. In addition, it is a fire-retardant material.