This product offers targeted advantages for campus safety scenarios. The 30mm × 30mm fine mesh helps greatly reduce the chance of young children passing through, lowering the risk of climbing out and falling. With a breaking strength of around 1000 Newtons, it can withstand general intentional damage and external impacts. It complies with the national GB 50016 fire safety and evacuation standards, and the detachable buckle design allows teachers to quickly release or cut the wire in emergencies to help maintain clear evacuation routes. Available in white and light gray, it blends well with the architectural style of campus teaching buildings. Equipped with heavy‑duty anti‑pry clips, it helps deter intentional damage. It has obtained certification in line with GB 50016 safety standards and comes with a 3‑year warranty, making it suitable for large‑scale campus procurement. It addresses common pain points of traditional protective nets, such as overly large mesh openings, insufficient safety performance, and maintenance challenges.
The product has professional technical parameters: the wire diameter is 1.5mm, the mesh opening size is 30mm ×30mm, the thickness of the protective coating is 0.2mm, and the weight per square meter is 0.9kg. Each roll of the product is packaged in a size of 180cm ×40cm, which is easy to transport and cut on site. The available colors are white and light gray, which can match the decoration style of campus teaching buildings. The installation requires the use of professional electric drills and heavy-duty screws, and the product comes with complete mounting accessories including heavy-duty screws and anti-pry clips. It has passed GB 50016 safety certification, and the warranty period is 3 years for materials and workmanship. The minimum breaking strength of the wire reaches 1000 Newtons, which can effectively resist general external impacts.
This product is mainly applicable to kindergarten bay windows, primary school balconies, campus corridor guardrails and other campus safety scenarios. The target industries include K-12 education, early childhood education and campus infrastructure construction. Typical application scenarios include kindergartens with children aged 3-6, primary school balconies and campus windows that require high safety protection. It can effectively solve the safety hazards of children falling from high places, and meet the national campus safety standards.
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