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Product Specifications
Introduction
Sustainability is a core pillar of modern construction. Jiangsu Jinpeng Fireproof Board Co., Ltd. is committed to environmental responsibility, driving innovation toward greener fireproof solutions. Our 100,000 square meter facility and 200 million yuan investment are dedicated not only to fire safety but also to minimizing ecological footprint. We focus on producing MgO boards that support critical green building goals, including material sourcing, resource efficiency, and indoor air quality, making them a preferred choice for certified green projects globally.
Key Features
Specification
| Property | Green Metric | Result |
| VOC Content | ASTM D5116 | Zero Emission |
| Recycled Content | % | 0−5 (Varies) |
| Manufacturing Energy Intensity | GJ/kg | Low (Energy-Efficient Process) |
| Formaldehyde Free | - | 100% |
| Pest Resistance | - | Inherent (No Pesticides Needed) |
| Material Source | - | Abundant, Natural Minerals |
Technical Parameters
Application Fields
- LEED Certified Projects: Used for walls, ceilings, and sheathing to earn Material and Resources (MR) and Indoor Environmental Quality (EQ) credits.
- Passive House Construction: Provides a robust, non-toxic, and vapor-permeable sheathing layer.
- Ecological Housing Developments: Preferred for its long service life and minimal environmental footprint.
- Schools and Public Libraries: Contributes to a healthier and safer public environment.
- Any Project Seeking Green Accreditation: Used as a replacement for high-energy or VOC-emitting panels.
Application Areas
Advantages & Core Features
- Health-Focused: Zero VOCs and no formaldehyde ensures compliance with stringent IAQ standards.
- Durability: Long lifespan reduces construction waste and the need for future resource consumption.
- Fire Safety: Non-combustible nature eliminates the fire hazard common in some organic green materials.
- Resource Efficiency: Uses naturally occurring, abundant mineral resources, minimizing depletion of limited materials.
- Low Embodied Energy: Curing process requires less energy compared to the high-heat kilning of many cement products.
