System Overview A cleanroom injection panel is a foam-injected PU/PIR sandwich panel engineered for ultra-low thermal conductivity and fully airtight sealing in cleanroom, cold-storage and HVAC construction. Foamed continuously between two coated galvanized steel facings, this panel forms a seamless, gap-free enclosure that eliminates dust traps and air leakage points. Available in framed PUR construction (aluminum or iron frame) or frameless, fully automated PIR construction, it is the preferred choice for facilities requiring superior insulation, fire safety, and structural airtightness across pharmaceutical, electronics, food, and chemical environments. Key architectural advantages include: Ultra-Low Thermal Conductivity: A λ value of 0.018–0.024 W/(m·K) delivers industry-leading insulation, significantly cutting HVAC energy loads in cleanrooms and cold-storage rooms. Airtight Convex-Groove Joint: A unique convex-groove structure locks panels into a flush, gap-free seal, preventing air leakage and particle ingress. PUR & PIR Fire-Rated Options: Choose B2-grade PUR with aluminum or iron framing, or B1-grade frameless PIR for continuous, fully automated production and enhanced fire resistance.

System Overview A ventilate sandwich panel is a modular cleanroom return air panel engineered to organize airflow direction and support integrated fresh-air circulation without external ductwork. Positioned at the lower part of the workshop, it channels air in the same direction as particle settlement, ensuring dust and contaminants are carried directly to the return air outlet. Built as a modular sandwich structure and available in louver, grate-hole, mesh-plate, orifice-plate, and mushroom-outlet configurations, it integrates with fresh-air circulation and filtration systems to maintain consistent air quality across general cleanroom workshops. Key architectural advantages include: Unified Airflow Direction: Return air outlets are positioned in the lower zone of the workshop so airflow matches the natural settling direction of dust particles, maximizing removal efficiency. Integrated Air Channels: Air distribution pathways are built into the panel structure, eliminating external ductwork, saving overhead space, and reducing static electricity build-up. Cross-Contamination Prevention: High filter efficiency at the return air outlet supports fresh-air circulation and blocks pollutant migration between adjacent cleanroom workshops.

System Overview A Rockwool Cleanroom Panel bonds two corrosion-resistant color-steel facings to a high-density rock wool core — an A-grade fireproof, sound-insulating cleanroom wall and ceiling panel made to a ≤ 2 mm/2 m flatness tolerance. Key advantages: A-Grade Fireproof: Non-combustible mineral-wool core with up to 1–2 h fire resistance. Durable Steel Facing: Top-brand coated steel — corrosion-resistant, anti-static, no dust accumulation. Thermal & Acoustic: Dense rock wool damps noise and stabilizes temperature for HVAC.

System Overview A PU Cleanroom Panel bonds two coated-steel facings to a rigid polyurethane (PU) foam core — a high-insulation, airtight cleanroom wall and ceiling panel made to a ≤ 2 mm/2 m flatness tolerance. Key advantages: Superior Insulation: Lowest thermal conductivity (λ ≈ 0.022 W/m·K) — ideal for cold rooms and controlled temperatures. Airtight & Sealed: Closed-cell foam blocks moisture and air leakage for stable conditions. Lightweight & Strong: Strong facing bond, low weight and an anti-static, wipe-clean surface.

System Overview A Magnesium Oxide Rock Wool Cleanroom Panel bonds two A1 magnesium oxide (MgO) facings to a high-density rock wool core — an all-inorganic, fireproof and moisture-proof cleanroom wall and ceiling panel built to a ≤ 2 mm/2 m flatness tolerance. Key advantages: A1 Non-Combustible: Double MgO facing plus A-grade core — passes strict fire-code audits. Moisture & Mold Proof: Inorganic build with no rust, no off-gassing and zero swelling in wash-down rooms. Walkable & Flat: Anti-sag rigid skeleton for seamless wall and ceiling runs.

System Overview An Aluminum Honeycomb Cleanroom Panel bonds two thin metal facings to a lightweight aluminum honeycomb core — an ultra-flat, high-rigidity, A-grade cleanroom wall and ceiling panel made to a ≤ 2 mm/2 m flatness tolerance. Key advantages: Lightweight & Strong: High strength-to-weight ratio — ideal for FFU and walkable ceilings. Ultra-Flat & Rigid: Dimensionally stable, sag-free surface for high-grade flush finishes. A-Grade & Clean: Non-combustible, corrosion-resistant, anti-static and dust-free.

System Overview An HPL Cleanroom Panel bonds two high-pressure laminate (HPL) facings to a configurable core (honeycomb, MgO or rock wool) — a chemical-resistant, decorative cleanroom wall and ceiling panel made to a ≤ 2 mm/2 m flatness tolerance. Key advantages: Chemical & Disinfectant Resistant: Withstands alcohol, hydrogen peroxide and bleach for frequent cleaning. Scratch-Proof & Rust-Free: Hard, impact-resistant surface that never corrodes. Color-Stable & Decorative: Color runs through the board — many colors and wood-grain finishes.

System Overview A Duct Cleanroom Panel is a pre-insulated board for fabricating clean HVAC air ducts — a smooth metal facing over a rigid insulation core, with a galvanized perimeter for flanged jointing, made to a ≤ 2 mm/2 m flatness tolerance. Key advantages: Built-in Insulation: The core insulates and prevents condensation — no separate lagging needed. Clean, Low-Leakage Airway: Smooth, dust-free interior with airtight, sealed joints. Light & Fast to Build: Lighter than sheet-metal duct and quick to cut, fold and assemble on site.

System Overview An Insulated Cleanroom Panel is a perforated, sound-absorbing acoustic wall and ceiling panel — a micro-perforated metal facing over a high-density rock wool core that absorbs noise while it insulates, built to a ≤ 2 mm/2 m flatness tolerance. Key advantages: Absorbs Noise: Perforated face plus mineral core cuts reverberation and lowers room noise levels. Cleanroom-Safe: Acoustic fleece behind the perforations stops fibre release — dust-free and A-grade non-combustible. Insulates Too: The rock wool core adds thermal insulation in a single board.

System Overview The HPL sandwich panel is a premium architectural solution engineered by bonding a highly durable high-pressure laminate (HPL) surface layer to a customizable insulated core (such as PIR or Rock Wool). Designed specifically for demanding cleanroom and industrial applications, these high-pressure laminate cleanroom panels deliver an unparalleled combination of structural integrity and aesthetic versatility. Renowned for their robust physical properties, these panels provide the ultimate defense against mechanical impacts and harsh chemical agents. They are widely specified for laboratories, hospitals, pharmaceutical cleanrooms, and food processing facilities requiring strict environmental control. Key operational advantages include: Chemical & Scratch Durability: The high-density melamine resin surface is inherently scratch-proof and easily withstands aggressive daily disinfection protocols without surface degradation. Hygienic & Low-Maintenance: Features a completely non-porous, smooth finish that prevents particle accumulation, ensuring seamless compliance with stringent GMP and ISO standards. Advanced Core Performance: Available in both fire-rated and non-fire-rated variants, the integrated core provides exceptional thermal insulation and sound dampening for a highly stable interior climate.