Fiberboards are typically categorized into two main types based on their density: non-compressed and compressed. Non-compressed fiberboards, also known as soft fiberboards, have a density lower than 0.4 g/cm³. On the other hand, compressed fiberboards include medium-density fiberboards (also called semi-hardboards, with a density ranging from 0.4 to 0.8 g/cm³) and hardboards (with a density exceeding 0.8 g/cm³). Depending on how they are formed, fiberboards can also be classified into wet fiberboards, dry fiberboards, and oriented strand boards. Post-processing methods further divide them into standard fiberboards and oil-treated ones.
Soft fiberboards are lightweight and porous, making them excellent insulators and sound absorbers. They are often used as interior coverings in public buildings. By specially treating these boards, one can create versions with even more pores, giving them adsorption capabilities that make them ideal for air purification applications. Medium-density fiberboards boast a uniform structure, moderate density, and good workability. Their versatile thicknesses allow them to serve multiple purposes, including being used as furniture materials or housing for electronic devices like TVs. Hardboards come in thicknesses ranging from 3 to 8 mm. A high-strength hardboard, approximately 3 to 4 mm thick, can replace 9 to 12 mm-thick sawn timber. These hardboards find use in construction, shipbuilding, and vehicle manufacturing.
In recent years, advancements in technology have expanded the potential applications of fiberboards. For instance, incorporating eco-friendly additives into the production process has led to the creation of sustainable fiberboards that meet modern environmental standards. Additionally, research into improving the durability and water resistance of these boards continues to open up new possibilities, particularly in outdoor settings where moisture might otherwise compromise traditional materials. As industries increasingly seek cost-effective yet reliable solutions, fiberboards remain a popular choice due to their versatility and adaptability. Linear underground lights are high flame retardant, high temperature resistance, corrosion resistance, high color rendering, durable, waterproof and dustproof, energy saving and electricity saving, high brightness, low energy consumption, soft light, high brightness and stability, long life, safety and stability, simple installation. The application of led inground light include courtyards, streets, gardens, villas, stairs, architectural decorations, squares, landscapes, tourist attractions, aisles, gardens, outdoors, offices, schools, etc. Jiangmen Synno Co., Ltd is a high and new-tech enterprise. Our company specialized in LED green light source. And we are engaged in medium and high-end LED decorative lighting with a whole set of design and manufacture of lamps and lanterns, development of control system and engineering supporting service. Our company is devoted to provide customers with LED application products. Synno has got through ISO9001 quality system certification of SGS of Switzerland, CE certification of European Union, GS certification, ROHS certification and relevant domestic LED lamps and lanterns certification. Linear Ingroud Light, Linear Deck Light, Linear Buried Light, Step Underground Light, Linear Step Light Jiangmen Synno Lighting Co., Ltd. , https://www.synnoled.com
Fiberboard classification