Overview:
Bottom hanging ceiling grid is a suspended structural system where panels or FFUs are mounted beneath the primary ceiling plane. It enables vertical space optimization and easy access to overhead services without disrupting cleanroom operations. Commonly used in retrofit projects or high-clearance facilities, it supports localized filtration, lighting, and utility routing while maintaining ISO compliance and cleanability.
Product Origin:
ChinaShipping Port:
ShanghaiLead Time：
25
Summarize
The Bottom hanging ceiling grid mainly used in the second floor ceiling of the 100-level clean workshop, which can form a clean plenum to ensure that the cleanliness of the internal circulation of the clean room meets the needs of use.
Detailed introduction
Bottom hanging ceiling grid is a layer of color steel sandwich board ceiling, with the keel with lower suspension mouth bearing, the lower FFU keel rod suspended directly on the lower notch of the double ceiling grid .The two layers of ceiling directly form a cavity that can return air, that is, a plenum, which is used to circulate indoor air and achieve internal circulation, effectively ensuring cleanliness and low energy consumption.
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Overview: Cleanroom HPL Ceiling System utilizes high-pressure laminate panels to create a seamless, cleanable overhead surface. Resistant to chemicals and abrasion, it prevents particle shedding and microbial growth. The system integrates with HEPA/ULPA filtration units, supporting ISO-classified environments in pharmaceuticals and electronics, while offering easy installation and maintenance.
Overview: Clean room false ceiling system consists of suspended modular panels that create a seamless, cleanable overhead surface. It integrates with HVAC, lighting, and filtration systems to maintain ISO-classified air quality, while concealing services and reducing particle accumulation. Widely used in pharmaceuticals, electronics, and healthcare, it supports easy maintenance and flexible layout adjustments in controlled environments.
Overview: Clean room concealed bar ceiling system features a hidden support structure with integrated panels, creating a flush, unobstructed ceiling surface. It conceals cables, ducts, and filters while maintaining strict cleanroom standards for particle control and disinfection. Ideal for high-classification facilities, it offers superior aesthetics and functionality, supporting seamless air distribution and equipment integration in critical environments.
Overview: Clean room ceiling grid is a structural framework of aluminum or steel tracks that supports modular ceiling panels and FFUs. It enables precise alignment of cleanroom components, ensures airtight joints, and allows for scalable, reconfigurable ceiling layouts. Designed for durability and hygiene, it facilitates easy access to services and is essential for maintaining cleanroom integrity across industries like semiconductors and biotechnology.
Overview: Cleanroom FFU Ceiling Grid System incorporates Fan Filter Units (FFUs) into a modular grid structure, providing localized vertical laminar airflow. It enables flexible cleanroom classification control, energy-efficient air recirculation, and simplified filter maintenance. Widely used in semiconductor and biotechnology facilities, it ensures precise particle filtration and adaptable clean zone configurations.
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.
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.
Overview: Container laboratory repurposes shipping containers into self-contained, mobile research units. Equipped with lab-grade surfaces, HVAC, and utilities, it offers flexibility for temporary or remote projects. Available in 20/40ft sizes, it supports on-site testing (e.g., environmental, medical) with rapid deployment, scalability, and compliance with basic lab safety standards, ideal for fieldwork, disaster response, or short-term R&D initiatives.
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Overview: HPL cleanroom panel is a specialized cleanroom building material that utilizes high-pressure laminate as the surface layer, typically combined with a core material such as aluminum honeycomb, PU foam, rock wool, or solid HPL board. It is widely used in environments that demand high cleanliness, durability, chemical resistance, and aesthetic appeal.
Overview: Modular clean room is a prefabricated, scalable enclosure system designed to create controlled environments for contamination-sensitive industries. It features standardized structural frames and specialized panels (e.g., PIR, rock wool) with integrated HVAC and filtration. Classified into hardwall, softwall, and clean booth types, it controls air quality, temperature, and humidity, ensuring compliance with ISO 14644 standards while reducing installation time and cost.
Overview: EPS cleanroom panel features expanded polystyrene foam cores with metal or composite skins. The lightweight EPS core provides good thermal insulation (λ≈0.035 W/m·K) at low cost, while the smooth surface maintains cleanliness. However, its limited fire rating and lower structural strength restrict its use to less critical cleanroom areas, offering a cost-effective solution for general industrial or packaging cleanrooms where strict fire codes are not mandated.
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