All panel systems. Take your pick.

The surface is manufactured using a hot-press lamination process. As an asbestos-free fiber cement board, the Ice-Fire Panel is composed of silicon, calcium, reinforced fibers, and other materials through specialized production techniques.

The surface is processed using a hot-press lamination technique, and the base material of this product is a core made from glass fiber powder, quartz powder, and other ingredients.

The surface is processed using a hot-press lamination technique, and the core material is resin. The cement board is composed of silicon, calcium, reinforced fibers, and other components through a specialized manufacturing process.

The surface features an environmentally friendly paint coating, and the core material is asbestos-free fiber cement. The board is composed of silicon, calcium, reinforced fibers, and other components through a specialized manufacturing process.

The surface is processed using a hot-press finishing technology, and the core material is an asbestos-free fiber cement board composed of silicon, calcium, reinforced fibers, and other components through a specialized manufacturing process.

The surface is processed by hot-press finishing technology. For the base material, calcium carbonate board or magnesium oxide board can be selected. A steel plate is inserted between the base material and the film layer, then extruded and formed. This product achieves A2-class fire resistance rating.

An integrated decorative wall panel featuring an aluminum–manganese alloy surface and a magnesium oxide or magnesium hydroxide core, manufactured through cold-forming and lamination processes, with a built-in clip-in installation system.

The surface is processed via hot-press finishing technology. Three substrate options are available: calcium silicate board, magnesium oxide board, and magnesium hydroxide board. An aluminum sheet is integrated between the substrate and the film through extrusion molding, resulting in an A2-class fire-resistant panel.

The surface is processed via hot-press finishing technology. Magnesium oxide board is available as the substrate option, with a steel sheet integrated between the substrate and the film through extrusion molding, resulting in an A2-class fire-resistant panel.

The surface is processed by a hot-pressed finishing technology, and the core material is made of solid wood.

The surface is processed via a hot-pressed finishing technology, while the core material is composed of kaolin, volcanic ash, wollastonite, diatomite, conductive materials, etc. It is then manufactured through a special process with the addition of inorganic binders and reinforcing fiber materials.

The surface is processed using a hot-pressed finishing technology, while the core material consists of kaolin, volcanic ash, wollastonite, diatomite, conductive materials, etc. It is then manufactured through a special process with the addition of inorganic binders and reinforcing fiber materials.

The surface is processed using a hot-pressed finishing technology, while the core material is made from wood as the main raw material through a multi-layer gluing process. The core is composed of High-Density Fiberboard (HDF) or solid wood panels, with a fire-retardant treatment layer covering the surface, forming a plywood structure with flame-retardant properties.

Made from 100% polyester fiber through high-tech hot pressing and formed into a cocoon cotton-like structure, it achieves density diversity to ensure ventilation, making it an excellent product among sound-absorbing and thermal insulation materials.