Essential details
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Product Introduction
Cleanroom Panel
(I) Product Description
Cleanroom panels, also known as clean composite panels, are core enclosure boards dedicated to clean workshops, sterile spaces and closed dust-free engineering. Made via precision compounding process, they integrate dust-proof antibacterial property, corrosion resistance, flame-retardant thermal insulation and closed easy-to-clean performance, mainly used for constructing wall and ceiling structures of clean rooms. Relying on modular assembly, seamless sealing, antibacterial and easy wiping features, they are widely applied in professional places with strict standards for air quality, cleanliness, dust and antibacterial requirements, effectively meeting various rigid conditions for dust-free environment construction. The surface panels of our cleanroom panels are available in three types: color steel plate, stainless steel plate and aluminum alloy plate, with four mainstream standard surface thicknesses of 0.4mm, 0.5mm, 0.6mm and 0.7mm. Customers can select appropriate surface material and thickness according to environmental corrosivity, cleanliness grade and budget cost. The internal filling core material is high-density Class A rock wool with optional thicknesses of 50mm, 75mm, 100mm, 125mm and 150mm, and the effective width of the board is fixed at 950mm. Divided by installation positions, the products fall into two categories: wall panels and ceiling panels. Wall panels are used for surrounding wall enclosure of clean areas, while ceiling panels are applied for indoor top closed ceiling construction. The occlusal structures of the two types match each other, enabling complete closed assembly of the whole room with special accessories.
In terms of core material composition, cleanroom panels are formed through high-temperature and high-pressure compounding of upper and lower metal surface plates and middle rock wool core materials. For surface plates, color steel plates feature outstanding cost performance with dust-proof surface film and dense smooth paint layer resistant to dust and stain adhesion, suitable for general scenarios of conventional clean workshops; stainless steel plates have excellent acid and alkali resistance, corrosion resistance and salt spray resistance with prominent waterproof and antibacterial effects, adapting to chemical workshops and high-corrosion clean spaces with frequent disinfection; aluminum alloy plates are lightweight with strong oxidation resistance and low self-weight to reduce ceiling load, mostly used for high-level clean ceilings and lightweight renovation projects. Four surface thicknesses from 0.4mm to 0.7mm correspond to different anti-collision demands: thin surface plates fit conventional indoor walls, while thickened plates deliver stronger impact and collision resistance for passages and main workshop areas with frequent personnel and equipment movement and collision. The middle rock wool core material is high-density flame-retardant rock wool with compact and uniform fiber structure, excellent fire resistance, sound insulation and thermal insulation performance. Its Class A fireproof property meets fire acceptance requirements of clean engineering. The dense core material avoids slag and dust leakage to prevent secondary pollution in clean spaces and maintain stable indoor cleanliness standards. The board splicing position adopts tenon occlusal sealing design with tight splicing gaps. Matching sealing strips can greatly reduce dust accumulation in gaps and facilitate daily disinfection and wiping to meet basic dust-free conditions of clean spaces from structural perspective.
In terms of specifications and parameters, the effective width of cleanroom panels is fixed at 950mm with customizable lengths tailored according to on-site construction dimensions. Five rock wool core thicknesses (50mm, 75mm, 100mm, 125mm, 150mm) cover diverse demands for thermal insulation, heat preservation, fire resistance, and sound insulation. Thick core versions can be selected for low-temperature environments to enhance thermal insulation effect, while conventional thin core versions help control procurement costs for ordinary constant-temperature clean workshops. Four surface thicknesses (0.4mm, 0.5mm, 0.6mm, 0.7mm) can be freely matched with three surface materials including color steel, stainless steel, and aluminum alloy. Wall panels and ceiling panels have clear classification of plate types: wall panels feature vertical installation adapted occlusal structure, while ceiling panels adopt load-bearing optimized occlusal structure for top hoisting and fixing. Combined use of the two plate types can build a complete closed clean enclosure system. The boards have high overall flatness with smooth dense surface free of capillary pores for difficult dust adhesion and accumulation. The surface is resistant to scrubbing and repeated flushing of disinfectant without peeling, rusting, or skinning after long-term disinfection use.
In terms of product functions, cleanroom panels integrate multiple core functions including dust-proof cleanliness, antibacterial easy cleaning, Class A fire resistance, thermal insulation sound insulation, closed seepage prevention, corrosion resistance and mildew resistance. For dust-proof cleanliness, smooth metal surface and seamless splicing reduce dead corners for dirt hiding, allowing direct wiping with clean water and disinfectant to quickly remove dust and bacteria and maintain indoor cleanliness grades. For fire protection, the incombustible property of rock wool core materials complies with fire protection codes, preventing fire spread and toxic flue gas release in fire to improve fire safety levels of clean places. For thermal insulation and sound insulation, dense rock wool core materials block heat and cold conduction and external noise transmission to stabilize indoor temperature and humidity of workshops and reduce external noise interference. For corrosion resistance, stainless steel and aluminum alloy surfaces resist long-term erosion of chemical reagents, humid water vapor and disinfectant, suitable for production spaces with high-frequency disinfection. The overall closed structure blocks entry of mosquitoes and external dust to keep stable cleanliness standards of workshops.
In terms of applicable scenarios, wall panels are used for surrounding wall enclosure of clean workshops and ceiling panels for indoor top ceiling construction. The whole set adapts to various places with high cleanliness requirements: food processing workshops, pharmaceutical production plants, medical device production workshops, hospital operating rooms, ICU wards, clinical laboratories, biological laboratories, electronic dust-free workshops, precision instrument assembly workshops, cosmetic production workshops, edible fungus cultivation clean rooms, etc. It can also be applied to constant temperature and humidity warehouses, disinfection isolation spaces, laboratory closed compartments and disinfection rooms requiring dust-proof antibacterial and easy-to-clean closed environments. Modular assembly construction is convenient and efficient without site restrictions for indoor closed construction, suitable for projects of all cleanliness grades.
(I) Product Description
Cleanroom panels, also known as clean composite panels, are core enclosure boards dedicated to clean workshops, sterile spaces and closed dust-free engineering. Made via precision compounding process, they integrate dust-proof antibacterial property, corrosion resistance, flame-retardant thermal insulation and closed easy-to-clean performance, mainly used for constructing wall and ceiling structures of clean rooms. Relying on modular assembly, seamless sealing, antibacterial and easy wiping features, they are widely applied in professional places with strict standards for air quality, cleanliness, dust and antibacterial requirements, effectively meeting various rigid conditions for dust-free environment construction. The surface panels of our cleanroom panels are available in three types: color steel plate, stainless steel plate and aluminum alloy plate, with four mainstream standard surface thicknesses of 0.4mm, 0.5mm, 0.6mm and 0.7mm. Customers can select appropriate surface material and thickness according to environmental corrosivity, cleanliness grade and budget cost. The internal filling core material is high-density Class A rock wool with optional thicknesses of 50mm, 75mm, 100mm, 125mm and 150mm, and the effective width of the board is fixed at 950mm. Divided by installation positions, the products fall into two categories: wall panels and ceiling panels. Wall panels are used for surrounding wall enclosure of clean areas, while ceiling panels are applied for indoor top closed ceiling construction. The occlusal structures of the two types match each other, enabling complete closed assembly of the whole room with special accessories.
In terms of core material composition, cleanroom panels are formed through high-temperature and high-pressure compounding of upper and lower metal surface plates and middle rock wool core materials. For surface plates, color steel plates feature outstanding cost performance with dust-proof surface film and dense smooth paint layer resistant to dust and stain adhesion, suitable for general scenarios of conventional clean workshops; stainless steel plates have excellent acid and alkali resistance, corrosion resistance and salt spray resistance with prominent waterproof and antibacterial effects, adapting to chemical workshops and high-corrosion clean spaces with frequent disinfection; aluminum alloy plates are lightweight with strong oxidation resistance and low self-weight to reduce ceiling load, mostly used for high-level clean ceilings and lightweight renovation projects. Four surface thicknesses from 0.4mm to 0.7mm correspond to different anti-collision demands: thin surface plates fit conventional indoor walls, while thickened plates deliver stronger impact and collision resistance for passages and main workshop areas with frequent personnel and equipment movement and collision. The middle rock wool core material is high-density flame-retardant rock wool with compact and uniform fiber structure, excellent fire resistance, sound insulation and thermal insulation performance. Its Class A fireproof property meets fire acceptance requirements of clean engineering. The dense core material avoids slag and dust leakage to prevent secondary pollution in clean spaces and maintain stable indoor cleanliness standards. The board splicing position adopts tenon occlusal sealing design with tight splicing gaps. Matching sealing strips can greatly reduce dust accumulation in gaps and facilitate daily disinfection and wiping to meet basic dust-free conditions of clean spaces from structural perspective.
In terms of specifications and parameters, the effective width of cleanroom panels is fixed at 950mm with customizable lengths tailored according to on-site construction dimensions. Five rock wool core thicknesses (50mm, 75mm, 100mm, 125mm, 150mm) cover diverse demands for thermal insulation, heat preservation, fire resistance, and sound insulation. Thick core versions can be selected for low-temperature environments to enhance thermal insulation effect, while conventional thin core versions help control procurement costs for ordinary constant-temperature clean workshops. Four surface thicknesses (0.4mm, 0.5mm, 0.6mm, 0.7mm) can be freely matched with three surface materials including color steel, stainless steel, and aluminum alloy. Wall panels and ceiling panels have clear classification of plate types: wall panels feature vertical installation adapted occlusal structure, while ceiling panels adopt load-bearing optimized occlusal structure for top hoisting and fixing. Combined use of the two plate types can build a complete closed clean enclosure system. The boards have high overall flatness with smooth dense surface free of capillary pores for difficult dust adhesion and accumulation. The surface is resistant to scrubbing and repeated flushing of disinfectant without peeling, rusting, or skinning after long-term disinfection use.
In terms of product functions, cleanroom panels integrate multiple core functions including dust-proof cleanliness, antibacterial easy cleaning, Class A fire resistance, thermal insulation sound insulation, closed seepage prevention, corrosion resistance and mildew resistance. For dust-proof cleanliness, smooth metal surface and seamless splicing reduce dead corners for dirt hiding, allowing direct wiping with clean water and disinfectant to quickly remove dust and bacteria and maintain indoor cleanliness grades. For fire protection, the incombustible property of rock wool core materials complies with fire protection codes, preventing fire spread and toxic flue gas release in fire to improve fire safety levels of clean places. For thermal insulation and sound insulation, dense rock wool core materials block heat and cold conduction and external noise transmission to stabilize indoor temperature and humidity of workshops and reduce external noise interference. For corrosion resistance, stainless steel and aluminum alloy surfaces resist long-term erosion of chemical reagents, humid water vapor and disinfectant, suitable for production spaces with high-frequency disinfection. The overall closed structure blocks entry of mosquitoes and external dust to keep stable cleanliness standards of workshops.
In terms of applicable scenarios, wall panels are used for surrounding wall enclosure of clean workshops and ceiling panels for indoor top ceiling construction. The whole set adapts to various places with high cleanliness requirements: food processing workshops, pharmaceutical production plants, medical device production workshops, hospital operating rooms, ICU wards, clinical laboratories, biological laboratories, electronic dust-free workshops, precision instrument assembly workshops, cosmetic production workshops, edible fungus cultivation clean rooms, etc. It can also be applied to constant temperature and humidity warehouses, disinfection isolation spaces, laboratory closed compartments and disinfection rooms requiring dust-proof antibacterial and easy-to-clean closed environments. Modular assembly construction is convenient and efficient without site restrictions for indoor closed construction, suitable for projects of all cleanliness grades.
