Handmade Hollow Glass Magnesium Purification Panel
-MOQ:50 Square Meters【Required】
-Surface Material: 304/316 stainless steel plate, color-coated steel plate, galvanized steel plate (optional)
-Core Material: High-density hollow glass magnesium cementitious material (closed hollow structure)
- Overview
- Specifications
- Product Features
- Application Scenarios
- FAQ
- Recommended Products
Welcome to our premium Handmade Hollow Glass Magnesium Purification Panel solutions, where lightweight enclosure is perfectly integrated with ultimate fire and moisture resistance functionality. Our Handmade Hollow Glass Magnesium Purification Panel takes high-density hollow glass magnesium plate as the core material, matched with high-quality 304/316 stainless steel plates, color-coated steel plates or galvanized steel plates as the surface layer.
It is manufactured through manual galvanized keel frame reinforcement, ABS corner piece connection, layered pressure compounding and full-perimeter sealant edge sealing. The hollow structure design achieves a balance between "lightweight" and "high strength", and the glass magnesium core fundamentally eliminates halogen return and efflorescence. The manual craftsmanship ensures the panel has tight sealing and dense structure, integrating Class A non-combustibility, moisture and mold resistance, flatness and easy installation, cleanliness and durability. It creates a safe, efficient and complex environment-adaptable enclosure structure for high-demand cleanrooms. Whether you are a high-end cleanroom engineering designer, contractor or core factory builder, it is the top optimal solution for building high-humidity clean spaces.
| Item | Specification |
|---|---|
| MOQ | 50 Square Meters【Required】 |
| Core Material | High-density hollow glass magnesium cementitious material (closed hollow structure) |
| Surface Material | 304/316 stainless steel plate, color-coated steel plate, galvanized steel plate (optional) |
| Core Density | 130-160kg/m³ |
| Standard Panel Thickness | 50mm/75mm/100mm (customizable) |
| Standard Width | 980mm/1180mm (non-standard customizable) |
| Length | Customized according to customer project requirements |
| Fire Resistance Grade | Class A (non-combustible) |
| Fire Resistance Duration | ≥1.5h |
| Thermal Conductivity | ≤0.036 W/(m·K) |
| Compressive Strength | ≥2.8MPa |
| Moisture Resistance | Water absorption ≤4%, no halogen return, no efflorescence |
| Surface Density | ≤16kg/㎡ (lightweight feature) |
| Splicing Method | Tongue-and-groove/four-female port splicing (optional) |
| Sealing Process | Galvanized steel strip edge sealing + full bonding with high-strength flame-retardant structural adhesive |
| Compliance | ISO9001 Quality Management System, ISO14001 Environmental Management System, Class A fire resistance test certification, moisture resistance performance test report |
Class A Ultimate Fire Resistance: The hollow glass magnesium core is made of natural inorganic raw materials, which is a Class A non-combustible material. It does not burn when exposed to fire, releases no toxic smoke, and has no melting dripping. The fire resistance duration exceeds 1.5h, effectively blocking the spread of flame, meeting the strict fire code requirements of pharmaceutical, electronic, food and other industries, suitable for core area enclosure.
Lightweight, High-Strength & Easy Installation: The unique closed hollow structure greatly reduces the panel's self-weight, with a surface density of only 16kg/㎡, reducing the building's main load-bearing capacity. Transportation and installation do not require heavy equipment; manual galvanized keel frame reinforcement + ABS corner piece edge locking make the panel have excellent compressive and flexural performance, non-deformation and impact resistance. It can be directly fixed to the cleanroom keel, with efficient and convenient installation, shortening the construction period.
Moisture & Halogen Reversion Resistance: The glass magnesium core contains no chloride ions, combined with manual full-perimeter precision edge sealing process, with a water absorption rate ≤4%. It will not absorb moisture, return halogen or produce efflorescence even in long-term high-humidity environments, effectively preventing mold growth, completely solving the industry pain points of traditional magnesium-based panels, suitable for complex scenarios such as southern humid areas and high-humidity food processing workshops.
High-Quality Thermal Insulation & Energy Saving: The synergistic effect of the hollow structure and the low thermal conductivity of the glass magnesium core can effectively block heat exchange between indoor and outdoor, reduce the air conditioning energy consumption of cleanrooms, realize constant temperature and energy-saving operation. Compared with traditional solid panels, it has better thermal insulation effect and reduces later operation costs.
Clean & Easy to Maintain: The surface of the steel plate is smooth and flat, no dust generation and accumulation. The hollow glass magnesium core has a dense structure, small splicing gap and good airtightness, meeting the hygiene requirements of Class 1000 cleanrooms; daily maintenance is simple, it can be directly wiped and cleaned with disinfectant, no fiber shedding, suitable for high-frequency disinfection scenarios.
Strong Customization Adaptability: Supports non-standard size and special-shaped structure (arc, bevel, etc.) customization, width and length can be accurately cut according to actual openings, surface material and color can be flexibly matched with the original enclosure structure, with overall beautiful and coordinated appearance after installation, adapting to complex cleanroom layouts.
Durable & Stable: The manual layered pressure compound process ensures that the surface layer and core material are closely bonded with no delamination risk; the galvanized keel enhances the panel's rigidity, and the edges and corners are reinforced with ABS corner pieces, with excellent anti-aging and anti-deformation performance. There is no warpage or cracking during long-term use, the service life is more than 20 years, and the later maintenance cost is extremely low.
Pharmaceutical Industry: Suitable for GMP pharmaceutical workshops, sterile preparation rooms, biological laboratories, hospital clean corridors, taking into account high fire protection, high cleanliness and moisture resistance requirements, in line with the top hygiene and safety standards of the pharmaceutical industry.
Electronics Industry: Adapting to precision processing workshops of electronic components, semiconductor supporting clean areas, new energy material research and development cleanrooms, the lightweight feature reduces the ceiling load-bearing capacity, and the moisture resistance performance avoids moisture affecting the operation of precision equipment.
Food Industry: Used in high-humidity food processing workshops, beverage filling clean areas, dairy sterile production plants, the moisture and mold resistance prevents products from getting damp and deteriorating, and the fire safety ensures the stability of the production environment.
Industrial Clean Factories: Suitable for walls, ceilings and non-load-bearing enclosure structures of various industrial clean factories, adapting to scenarios with dual requirements for fire protection and moisture resistance such as machinery manufacturing, hardware processing, chemical moisture-proof workshops, etc.
Research Institutions: Used in biosafety laboratories, precision instrument laboratories, new material research and development cleanrooms, providing a safe, clean and stable experimental environment to meet the strict requirements of scientific research experiments on the environment.
Humid Area Construction: Especially suitable for clean factories in rainy southern regions and coastal humid cities, completely solving the pain points of moisture deformation and halogen return of traditional purification panels, and ensuring the long-term stability of the enclosure structure.
Cold Chain Cleanroom Supporting: Used for cold chain food processing supporting clean areas and low-temperature storage auxiliary clean spaces, with both thermal insulation and moisture resistance performance, reducing temperature loss, adapting to low-temperature and high-humidity environments.
Q: What is the lead time for a custom Handmade Hollow Glass Magnesium Purification Panel order?
A: The lead time typically ranges from 10 to 18 working days, depending on the customization complexity, special-shaped structure requirements and order size of the product. Conventional specifications can be shortened to 10-15 working days, and urgent orders can be coordinated for expedited processing.
Q: Will the lightweight feature of the panel affect the safety of its ceiling use?
A: No. Although the panel is lightweight, after reinforcement with manual galvanized keel frame, its compressive strength can reach ≥2.8MPa, which can meet the conventional load-bearing requirements of cleanroom ceilings. It can bear the load of lamps, air outlets, small equipment and other auxiliary loads. With standard keel arrangement during installation, the safety is fully guaranteed.
Q: What is the core difference between the Handmade Hollow Glass Magnesium Purification Panel and the mechanized hollow glass magnesium panel?
A: The core difference lies in craftsmanship and performance. The handmade version adopts frame reinforcement + full-sealing composite process, with better airtightness, moisture resistance and load-bearing performance, suitable for high-demand scenarios; the mechanized version is mass-produced in a standardized way, suitable for ordinary scenarios. In addition, the handmade version supports special-shaped customization, adapting to complex layouts, while the mechanized version has weak customization flexibility.
Q: How do I maintain and clean the Handmade Hollow Glass Magnesium Purification Panel?
A: Daily maintenance is simple, just wipe the surface layer with a soft cloth with neutral detergent or water; for disinfection, it can be directly wiped with 75% alcohol, chlorine-containing disinfectant, etc. Avoid using strong acid, strong alkali or abrasive cleaners to prevent damage to the surface steel plate and core material structure.
Q: Can the panel be used in low-temperature environments?
A: Yes. The core material and surface layer of the panel are closely bonded with no obvious thermal expansion and contraction risk. It will not delaminate or crack in low-temperature environments, and has excellent thermal insulation performance, which can effectively block low-temperature conduction, adapting to scenarios such as cold chain cleanrooms and clean factories in northern low-temperature areas.
Q: Do you provide installation accessories and technical guidance for this panel?
A: Yes. We can provide one-stop supporting installation accessories such as special purified aluminum profiles, sealants, splicing buckles and reinforced keels. At the same time, we provide a professional installation technical guidance team or recommend certified installation