Sinopek Technology Co., Ltd. Products Online

Magnesium Oxide Sulfate (MgSO₄) Cleanroom Panels — A1 Fire-Resistant, Structurally Reinforced Cleanroom Panels This panel uses high-quality color-coated steel sheets as the outer surface, with reinforced galvanized steel strips for edge sealing and structural strengthening. The core material is an innovative inorganic composite material—magnesium oxysulfate. This core material undergoes a special foaming process to form a high-strength honeycomb structure, possessing

Aluminum Honeycomb Composite Cleanroom Panels | Lightweight, High-Strength, Extremely Smooth, Multifunctional Cleanroom Building Material Made with high-quality pre-roll-coated color steel sheets as the facing layer, and integrated with aerospace-grade aluminum honeycomb core material, these panels are manufactured through a precise hot-pressing composite process and surface finishing technology. This product redefines the standard for high-end sandwich panels with its

New High-Strength Environmentally Friendly Cleanroom Panel – Tailor-Made for High-Standard Clean Spaces Made with high-quality color-coated steel sheets as the surface layer and embedded with a specially formulated hexagonal flame-retardant paper honeycomb core material, this product is developed using precision handcrafting techniques. Compared to traditional sandwich panels, this product combines multiple advantages such as ultra-lightweight design, structural stability,

Functional Composite High-Strength Fireproof Board | Heavy-Duty Partition and Roofing Systems This product adopts a high-performance composite structure design. The surface is made of high-quality color-coated steel plate, and the edges and reinforcing ribs are made of galvanized steel strips. The core material is a double core of fireproof and moisture-proof magnesium oxide board and Class A fireproof rock wool. It is composited in one piece under high temperature and high

New Generation Clean Industrial Enclosure System: Handcrafted Rock Wool Purification Composite Color Steel Panel This system uses high-end color-coated steel panels as the surface layer, incorporates high-density fireproof rock wool, and combines precise handcrafting techniques with modular technology. The perimeter is reinforced with a strong aluminum alloy keel or galvanized steel frame, creating a high-end industrial panel system that integrates fire resistance, sound

New Generation Real Gold Fireproof Color Steel Sandwich Panel | Durable and Robust • Ultimate Safety This product uses a new type of real gold board (thermosetting composite polystyrene foam) as the high-performance fireproof core material, combined with double-sided galvanized or color-coated steel sheets. It is precisely composited and formed through a continuous production line, making it a high-end building material that integrates permanent fire resistance, lightweight

【Innovative Fireproof Technology: Hollow Fiberglass Magnesium Oxide Sandwich Panel】 Using a new generation of hollow fiberglass magnesium oxide board as the core material, double-sided composite high-strength galvanized steel/color-coated steel sheet, formed in one piece by automated equipment, creating a high-end building material product with excellent fireproof performance and long-term stability. 1. Innovative Structural Design Utilizing a lightweight composite structure

New Generation Silica Rock Composite Sandwich Panel | High-Efficiency Sound and Heat Insulation, Cleanroom-Specific Panel This product uses high-density silica rock as the insulation core, combined with a double-sided galvanized/color-coated steel sheet composite structure. It is formed in one piece through a continuous automated production line, creating a new generation of green building materials that combines excellent heat insulation performance with convenient

New Generation High-Performance Rock Wool Sandwich Panels | Class A Fire-Resistant Exterior Wall and Partition System This product utilizes core flame-retardant technology, using medium-to-high density rock wool as the core material, with an outer layer of high-strength galvanized or color-coated steel sheets. It is then composited using a high-speed, continuous, automated molding process with a specialized structural adhesive, resulting in a high-performance, highly