Project Overview: Construction of a schoolyard canopy at the Child Development Center
Project school yard roof at the Child Development Center is a tensile membrane architectural solution specifically designed for preschool educational environments. The project not only meets the requirements of shielding outdoor play areas but is also considered an architectural element that stimulates creativity, with a multi-colored design and dynamic shapes, while complying with the highest safety standards for children.
- Category: Architectural canopies for playgrounds and grounds
- Structure: Multi-peak, free-form tensile membrane
- Main materials: Multi-color PVDF stretch film, steel structure
- Design standards: Safe for children, optimized movement space
- Reference: UNICEF Child Development Principles
Technical Requirements Analysis & Project Context
The design of canopies for educational environments, especially for young children, imposes the highest technical and safety requirements:
- Maximum Physical Security: This is a core requirement. The structure must not have sharp edges, the position of columns and anchor points must be arranged reasonably to avoid collision. The roofing material must be safe, fireproof, and not break into dangerous pieces like glass when impacted.
- Design Stimulates Creativity: Play spaces need to be highly aesthetic, using dynamic shapes and bright colors to stimulate children's vision and creative thinking.
- Optimize Play Environment: The canopy must provide effective shade, UV protection but still allow natural light to diffuse through to keep the space bright. In addition, there must be a solution to reduce noise (from heavy rain) so as not to affect learning activities.
- Durability and Hygiene: Materials must have a long life, be easy to clean and maintain, and comply with the hygiene standards of the school environment.
Technical Solutions and Implementation Process
To meet these diverse requirements, Flexiiform has developed a comprehensive solution, focusing on safety, materials and architectural design.
Comprehensive Integrated Safety Solutions
Safety is the core design principle. The PVDF membrane surface has elastic properties, which can bounce off falling objects from above, much safer than glass or corrugated iron roofs. The structural system is arranged to maximize the empty space. The column feet and cable anchor points are designed with rounded corners and are covered with shock-absorbing rubber material, eliminating the risk of dangerous collisions for children playing.
Technical Material: Multi-color PVDF stretch film
The material solution is PVDF (Polyester coated with PVDF) membrane, which is fire-resistant, has high tensile strength and a design life of over 15 years. The membrane panels in different colors (red, yellow, white) are heat-welded together using high-frequency technology to form a large, seamless roof surface. The PVDF coating helps resist UV rays, is anti-fouling and has the ability to reduce noise when it rains compared to metal roofs.
Multi-vertex Structure Design
The multi-peak design was chosen to create a space with varying heights, giving a dynamic and interesting feeling. The structure is supported by inclined steel columns, carefully calculated to ensure stability and to overcome a large space. This is an effective application of architectural stretch canvas in creating innovative public spaces.
Results and Performance Evaluation
Project school yard roof At the Child Development Center, a model outdoor learning and play environment has been created, bringing about clear results:
- About safety and functionality: Provides a safe, covered play space that protects children from sun, rain and collision risks, allowing outdoor activities to take place regularly.
- About educational environment: The space with its vibrant design and colors has contributed to creating a positive learning environment, stimulating children's creativity and interaction.
- About operating efficiency: The sustainable, self-cleaning PVDF material saves schools significant maintenance costs and effort in the long term.
- About flexibility: Covered spaces can easily integrate sound and lighting systems to serve school events and festivals.
Contact Technical Consulting
Flexiiform specializes in providing architectural design and construction solutions for tensile membranes for educational, public and commercial projects, with safety as the top priority. For detailed technical advice for your project, please contact our engineering team directly.
Contact information:
Company: Flexiiform
Website: https://flexiiform.vn
Hotline/Email: [Your contact information]
