Centrifugal glass wool boards are a type of board product made by solidifying centrifugal glass wool, which possesses certain strength.
Maintains excellent thermal insulation, sound absorption, and heat preservation in both high and low-temperature environments. Primarily used for interior partitions in buildings, ceiling suspended ceilings, insulation for metal ducts or boxes, and for sound absorption and noise reduction in studios, machine rooms, etc. The surface can be coated with PVC film fabric or aluminum foil. Features include light weight, high sound absorption coefficient, flame retardancy, and excellent chemical stability.
Glass wool is a product made by melting glass, spinning it into fibers, and then solidifying and processing it into rolls with the addition of a binder. The diameter of the glass wool fibers depends on the centrifugal extrusion technology.
Lightweight, low thermal conductivity, excellent thermal insulation and sound absorption, corrosion-resistant, heat-resistant, frost-resistant, shock-resistant, termite-proof, non-irritating to the skin, and with good chemical stability; easy to install, it is a lightweight, durable, and cost-effective industrial insulation material.
Glass wool is a product made by melting glass, fiberizing it, and then solidifying and processing it into rolls with the addition of a binder. The diameter of the glass wool fibers depends on the centrifugal extrusion technology. The difference lies in the centrifugal technology, with the most widely used being the Saint-Gobain Isover TEL centrifugal technology, the pioneer of glass wool products.
Ultra-fine Glass Wool: Ultra-fine glass wool insulation material is primarily made from quartz sand, feldspar, sodium silicate, and others. It is produced through high-temperature melting to create fiber cotton with a diameter less than 2um, then combined with thermosetting resin adhesive, compressed, and heat-formed into various shapes and sizes of boards, felts, and pipe materials. The surface can also be lined with aluminum foil or PVC film. This product features light bulk density, low thermal conductivity, high absorption coefficient, and excellent flame retardancy. It is widely used in heating equipment, air conditioning temperature control, hot and cold pipelines, ovens, cold storage preservation, and for thermal insulation, heat insulation, and soundproofing in buildings.
Ultra-fine Glass Fiber: Ultra-fine glass fiber is a type of glass fiber, an artificial inorganic fiber. Made with imported equipment and U.S. technology, it primarily uses crushed glass as raw material, along with some soda ash, borax, and other additives. The molten glass is spun into glass microfibers in the form of cotton-like tufts with diameters of 2.5 to 5 μm. Commonly known as glass wool, these fibers are cross-woven in a three-dimensional pattern, featuring numerous interconnected tiny pores and cavities. Thus, it is considered a porous material with advantages such as light weight, low thermal conductivity, excellent thermal insulation and sound absorption properties, non-flammability, corrosion resistance, non-toxicity, termite resistance, skin-friendly, high hydrophobicity, and good chemical stability. It is an ideal material for producing glass fiber adsorptive separators for sealed lead-acid batteries, filter paper, and insulating paper, as well as for VIP (vacuum insulating panels). It is widely recognized as an ideal material for insulation, noise reduction, and heat insulation.
Glass Core Material:
The glass core material is a vital component of VIPs, playing a crucial role in the thermal conductivity of vacuum insulation panels. After vacuum extraction, the core material possesses certain strength, serving as a skeletal support. The fiber distribution of the core material is decisive for the insulation performance of VIPs. Thus, the more evenly distributed the fibers in the core material are, the lower its thermal conductivity will be, resulting in better insulation properties.
Advantages:
Acoustic noise reduction, effectively prevents sound transmission. Easy installation, can be cut freely.
Anti-mold, aging-resistant, and corrosion-proof, ensuring a healthy environment.
A1 fire rating, non-combustible.
Low-grade moisture content, high durability.
Nowadays, glass wool boards are widely used for thermal insulation, heat preservation, sound absorption, and noise reduction in building exterior walls, as well as for insulation in industrial kilns; and as interlayers in steel structure thermal insulation panels.
Glass wool board is a deep-processed product of glass wool, made from semi-finished glass wool boards through processes such as polishing, glue spraying, pasting, and processing. To ensure a certain decorative effect, there are basically two surface treatment methods: one is to apply a plastic facing paper; the other is to spray paint on the surface. The spray painting is often done in bas-relief shapes, featuring patterns such as large flower embossing, medium flower flattening, and small dot spraying. It comes in a variety of colors for selection, with white being the most commonly used.
