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Overview:
The aluminum profile is an aluminum material obtained by hot melt and extrusion to obtain different cross-sectional shapes. The production process of aluminum profiles mainly includes three processes of casting, extrusion and coloring.
Product Origin:
ChinaShipping Port:
ShanghaiLead Time：
25
Introduction detail:
The aluminum profile titanium plating process belongs to the coating technology. It is a step of adding pre-plating and electroplating processes on the basis of the conventional titanium plating process. The aluminum profile process is to chemically treat the activated plated parts in an aqueous solution of salt and hydrochloric acid.
The bath composition of the electroplating process includes nickel sulfate, nickel chloride, boric acid, sodium lauryl sulfate, saccharin, and brightener. The process has the advantages of simplicity, practicability, good effect, etc. The titanium-aluminum profile obtained by the process has a film hardness of HV ≈ 1500, and is 150 times more wear-resistant than the 22K gold plated under the same conditions, and can be processed into various forms of gold, A variety of aluminum profiles in bright colors such as color and black.
1. Resistance to corrosion;
2. Thermal conductivity rate;
3.Non-ferromagnetic;
4. Machinability ;
5. Formability;
6. Recyclability ;
7. Electrical conductivity
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.
Overview: Data Center Ceiling is a specialized overhead system designed for IT facilities, integrating cable management, airflow containment, and fire-rated panels. It supports hot/cold aisle containment, reduces cooling costs, and ensures accessibility for maintenance. Key features include seismic resistance, modular design, and compatibility with raised floors, enabling efficient cooling management and infrastructure scalability in server rooms and data halls.
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.
The Acrylic Clean Booth is a modular, self-supporting contamination control enclosure designed to create a local clean zone within a general workshop or existing cleanroom.
Overview: Clean room steel door is made up of steel frame and PCGI（powder coated galvanized iron）door panel. It has high strength, strong impact resistance and good fire resistance. Clean room steel door usually used in electronics factories, chemical plants, pharmaceutical factories and food factories and so on.
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.
Overview: Fireproof door is constructed with fire-resistant materials (e.g., steel, gypsum) and intumescent seals to block smoke and flames. Classified by fire rating (30–180 minutes) and opening type (swing, sliding), it provides safe evacuation routes and compartmentalizes fire zones. Essential in hospitals, offices, and factories, it slows fire spread, protects life and assets, and ensures code compliance during emergencies.
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 The clean room partition system is an integrated, modular wall solution engineered for high-efficiency industrial cleanroom workshops. By utilizing standardized panels, sealing profiles, and robust structural supports, this system delivers an airtight, thermally insulated barrier designed to maintain strict ISO Class 5–8 cleanliness levels. Its defining architectural feature is the 90° right-angle connection, which provides a simplified, exceptionally solid, and highly economical method for constructing airtight controlled environments. Perfectly suited for electronics, semiconductor, and mechanical component manufacturing. Key operational advantages include: Optimized Installation Efficiency: The 90° corner-to-partition alignment drastically simplifies on-site assembly, reducing labor hours and overall project costs for large-scale facilities. Economical Scalability: Provides a cost-effective, high-performance cleanroom barrier that maintains rigorous environmental control without the premium expense of medical-grade coved-corner systems. Structural Rigidity & Stability: Engineered for superior firmness, ensuring long-term durability in heavy-duty industrial production environments.
Overview: Clean room emergency escape doors are mounted to the outside of a building as emergency fire exit. The doors also provide an alternative if the route to the regular exit is blocked by fire. Emergency doors for clean rooms are outward opening door with a crash bar on it and with exit signs leading to it.
The Clean Panel Clean Booth is a rigid, high-integrity contamination control enclosure constructed from industrial-grade cleanroom sandwich panels.
Overview: Clean room ceiling panel system employs non-porous, sealed panels (e.g., HPL, coated metal) to form a continuous overhead barrier. It resists microbial growth, chemical exposure, and particle shedding, ensuring hygienic surfaces for disinfection. Compatible with FFUs and lighting, it simplifies maintenance and supports strict air quality requirements in pharmaceuticals, medical devices, and microelectronics manufacturing.
Room JT30151, Building 4, Area B, No. 925 Yecheng Road, Industrial Zone, Shanghai,China
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Allen@wonclean.com
Joy@wonclean.com
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