Kaifort Membrane Structure Company News

Innovation Leads, Quality Builds – Kaifort Membrane Structure’s Bus Stop Project Becomes New Urban Landmark

In today’s rapidly evolving urban infrastructure development, public facilities that combine practicality and aesthetics are quietly transforming people’s travel experiences. Recently, the bus stop membrane structure sunshade project designed and constructed by Kaifort Membrane Structure has officially debuted on the streets. With its innovative design, exquisite craftsmanship, and human-centric details, it has quickly become a focus of public discussion and a new urban landmark, demonstrating the company’s professional strength and leading position in the membrane structure field.

I. Starting from Needs: Redefining Bus Waiting Spaces

Bus stops, as the “nerve endings” of urban public transportation systems, serve the daily travel needs of tens of thousands of citizens. However, traditional bus stop facilities are often single-functioned and dull in design, struggling to meet modern urbanites’ demands for high-quality public spaces. Kaifort Membrane Structure keenly identified this pain point and formed an interdisciplinary team comprising architectural designers, structural engineers, material experts, and user experience researchers to conduct in-depth field research at major bus stops across the city.

Over three months, the research team observed and recorded over 1,000 hours of waiting behavior, interviewed more than 500 passengers, and collected a wealth of valuable first-hand data. The study found that citizens’ needs for bus stops have evolved from basic “shelter from wind and rain” to “comfortable experience”: shade and ventilation in summer, rain shelter without water pooling, open views during the day, bright and safe lighting at night, clean and aesthetically pleasing appearance, along with extended functions like information queries and phone charging.

Based on these insights, the design team proposed the concept of the “Fifth-Generation Bus Stop”: it is no longer a simple “facility” but a “micro public building” within the city; no longer a single “functional entity” but a multi-functional “service complex”; no longer a cold “structure” but warm “urban furniture.”

II. Technical Breakthroughs: Innovative Practices Overcoming Traditional Limitations

Transforming concept into reality required overcoming numerous technical challenges. Traditional membrane structures are mostly used in large-scale stadiums and transportation hubs. Applying them to small public facilities like bus stops presented new problems of scale adaptation, cost control, and rapid construction.

The Kaifort Membrane Structure technical team rose to the challenge, undertaking a series of technical research initiatives:

Scale Adaptability Research:​ The form-finding theory for large membrane structures needed revalidation for small scales. The team developed specialized algorithms, using parametric design tools to achieve seamless transition from 30-meter spans to 3-meter spans, preserving the mechanical advantages of membrane structures while adapting to the aesthetic requirements of small scale.

Rapid Connection System Development:​ To shorten on-site installation time, the team developed a patented “plug-in connection system.” All connectors are prefabricated in the factory, requiring only simple plugging and locking on-site, eliminating the need for professional welding. The system features error-proof design, ensuring installation accuracy, reducing installation time per node from the traditional 2 hours to 15 minutes.

Intelligent Membrane Material Research:​ Collaborated with material suppliers to develop “intelligent membrane material” specifically for small public facilities. Based on traditional PVDF membrane, a conductive fiber layer was added for heating and defrosting functions; photochromic materials were incorporated to automatically darken in strong sunlight; the latest titanium dioxide coating was applied, improving self-cleaning performance by 30%.

Integrated Design:​ Integrated lighting, surveillance, information screens, charging ports, and other equipment with the membrane structure in a unified design. All conduits are pre-embedded within the steel structure for a clean appearance; modular interfaces allow easy equipment maintenance and replacement; a diversified power supply system supports mains electricity, solar, and battery modes.

After six months of intensive research, the team successfully solved 12 key technical challenges, applied for 5 invention patents and 8 utility model patents, laying a solid technical foundation for the project’s successful implementation.

III. Craftsmanship: Professionalism Reflected in Every Detail

If technological innovation is the skeleton of the project, then meticulous workmanship is its flesh and blood. Kaifort Membrane Structure infused the spirit of craftsmanship throughout the entire project process, pursuing perfection in every detail.

Craftsmanship in the Design Phase:​ The design team created a 1:20 physical model to experience the space from a human perspective. They discovered that the traditional 2.5-meter clear height felt oppressive in a small-scale space; adjusting it to 3.2 meters significantly improved the sense of space; the traditional aluminum clamping strips at the membrane edges appeared too harsh visually; switching to translucent PC material made them softer; seating arrangement considered not just quantity but also orientation—facing traffic direction to reduce anxiety about missing the bus, and backing the road for quiet contemplation.

Craftsmanship in the Production Phase:​ Steel structure welding is critical for quality. The company invested in robotic welding workstations, with all key welds completed by robots, ensuring each weld is uniform, consistent, and flawless. Every batch of steel and every roll of membrane material undergoes strict incoming inspection, with complete quality traceability files established. Membrane material cutting uses laser projection positioning with an accuracy of 0.5 mm.

Craftsmanship in the Construction Phase:​ On-site construction coincided with the rainy season, posing challenges for membrane installation. The construction team set up temporary rain shelters to create a dry working environment. Membrane tensioning was a technical难点; the team employed a “zonal and staged tensioning method,” dividing the entire membrane surface into 9 zones, each tensioned in 5 stages. After each stage, measurements and adjustments were made,最终 achieving membrane prestress error control within ±5%, far exceeding the ±10% code requirement.

Craftsmanship in the Commissioning Phase:​ The project team repeatedly tested every light, every socket, and every drainage point. The lighting system was调试 for three nights, testing illumination effects on clear, cloudy, and rainy days respectively, ensuring uniform illumination without glare. The drainage system simulated heavy rain, tested with high-pressure water jets. Even seat comfort was evaluated by inviting citizens of different builds for trial sitting, adjusting seat curvature and materials based on feedback.

The project manager stated, “What we are building is not just a project, but a work of art. Ten, twenty years from now, when people pass by here and still find it simple, beautiful, and functional—that is our pursuit.”

IV. Social Impact: Small Facility Generates Widespread Attention

Upon completion, the project quickly sparked extensive attention and enthusiastic responses from all sectors of society.

Public Acclaim:​ On social media, citizens spontaneously uploaded photos and videos, praising this “high-value” bus stop. Comments like, “Waiting for the bus used to be an ordeal, now it’s an enjoyment,” “Finally, no more狼狈地 holding an umbrella on rainy days,” and “Especially cozy when the lights are on at night; seeing this light after working overtime warms the heart,” emerged endlessly. Some citizens even made special trips to “check-in,” creating a “most beautiful bus stop” trend on social media.

Expert Recognition:​ Industry experts gave the project high praise. After inspecting the project, the Chairman of the Membrane Structure Academic Committee of the Architectural Society of China and a professor from Tongji University commented, “Although this project is not large in scale, it is of great significance. It marks the successful extension of membrane structures from large public buildings to small urban spaces, opening new avenues for the widespread application of membrane structures. The project completion level is very high, with excellent attention to detail, demonstrating professional standards.”

Media Spotlight:​ Mainstream media provided intensive coverage. People’s Dailyapp featured a special report titled “Small Facility, Big Livelihood”; CCTV News Channel broadcast a 1-minute 30-second news segment in its “News Live Broadcast” program; Xinhua News Agency published a commentary titled A Membrane, Covering the Warmth of the City; local television produced a 15-minute feature. According to statistics, related reports garnered over 50 million views online, with over 1 million shares and comments.

Government Approval:​ The municipal government listed the project as an “Excellent Case of Livelihood Projects” for citywide promotion. During an inspection, a city leader noted, “This project achieves a lot with modest investment, embodying the people-centered development philosophy in urban construction. It shows us that urban renewal doesn’t always require large-scale demolition and construction; such small, beautiful micro-renewals often better reflect a city’s temperature and taste.”

V. Industry Impact: Setting a New Benchmark, Leading a New Direction

The project’s success has had a profound impact on the construction industry, particularly in the membrane structure field.

Elevation of Technical Standards:​ Project practice has driven updates to a series of technical standards. The Technical Code for Membrane Structures in Urban Public Facilities, which the company participated in compiling and references many of this project’s experiences, is currently in the approval stage. Particularly, the design, construction, and acceptance standards for small-scale membrane structures fill a domestic gap.

Transformation of Design Philosophy:​ The project demonstrated the potential of membrane structures in small public facilities, changing the industry’s traditional view that membrane structures are only suitable for long-span buildings. Now, more and more designers are exploring the application of membrane structures in micro-spaces like bus stops, bicycle shelters, community pavilions, and newsstands.

Innovation in Business Models:​ The project adopted an integrated “Design-Procurement-Construction-Maintenance” EPC model, combined with a “productization + customization” approach. Standardized production of basic components reduces costs, while personalized design of局部 details meets diverse needs. This model has been replicated in several subsequent projects, reducing average costs by 15% and shortening construction periods by 30%.

Stimulation of Industrial Chains:​ The project stimulated the development of the entire industrial chain, from steel and membrane materials to hardware, lighting, and intelligent control. It particularly promoted the R&D and application of domestic membrane materials, with the PVDF membrane used in the project achieving 80% localization and performance indicators reaching international advanced levels.

VI. Corporate Growth: Breaking Through Challenges, Advancing Through Innovation

For Kaifort Membrane Structure, this project is not only a successful case but also a significant milestone in the company’s development.

Leap in Team Capability:​ Through this project, the company cultivated a versatile team capable of tackling hard challenges. The design team mastered the essence of small-scale space design; the technical team攻克了 rapid construction challenges; the construction team accumulated experience in精细化 construction; the management team摸索出一套 approach for managing micro-projects. After the project, over 20 key employees were promoted, and the team’s overall capability reached a new level.

Enhancement of Brand Value:​ The project raised Kaifort Membrane Structure’s profile from industry recognition to public recognition. Previously, the company’s clients were mainly governments and enterprises; now,普通市民 know that “Kaifort makes beautiful bus stops.” The improvement in brand reputation has brought more business opportunities. In the three months following project completion, the company’s newly signed contract value increased by 150% year-on-year, with inquiries growing by 200%.

Perfection of the Technical System:​ Based on project experience, the company established a “Small-Scale Space Membrane Structure Technical System,” including design guidelines, construction methods, quality standards, and cost databases. The system has been digitized and integrated into the company’s project management platform, providing standardized support for subsequent projects.

Deepening of Innovation Culture:​ The company established a “Micro-Innovation Award” to encourage employees to focus on small improvements and innovations. The rapid connection system, intelligent drainage design, and modular lighting in the project all originated from front-line employee ideas. Monthly “Innovation Salons” foster a strong innovation atmosphere.

VII. Future Strategy: From Bus Stops to All Urban Scenarios

Starting with the bus stop project, Kaifort Membrane Structure formulated a strategy for “Comprehensive Urban Scenario Membrane Structure Solutions”:

Product Portfolio Development:​ Develop product series for different scenarios. Five main product lines are planned: Public Transport Series (bus stops, taxi stands, shared bicycle shelters), Educational Facilities Series (school waiting areas, playground bleachers, campus corridors), Community Service Series (community activity stations, waste sorting pavilions, parcel locker shelters), Commercial Space Series (commercial outdoor seating, temporary exhibition/sales canopies, outdoor dining areas), and Cultural Tourism & Landscape Series (scenic rest pavilions, viewing platforms, distinctive signage).

Technology Platformization:​ Establish the “Kaifort Membrane Structure Digital Platform,” integrating the entire process of BIM design, intelligent production, project management, and operation/maintenance services. Clients can design online, get real-time quotes, and track progress. Future plans include introducing an AI design assistant to automatically generate multiple design schemes based on input site parameters and requirements.

Service Ecosystem Expansion:​ Expand from单一的 construction services to “construction + content + operation.” Not only building shelters but also providing value-added services like information display systems, advertising operation, and便民 services. Partner with advertising companies and便民 service providers to create continuous value.

Market Internationalization:​ Establish an international business department to explore overseas markets. Initially focus on countries along the Belt and Road Initiative, exporting Chinese technology, standards, and services. Intentions for cooperation have been reached with multiple clients in Southeast Asia, the Middle East, and Africa.

VIII. Social Responsibility: Serving Society with Professional Capability

A company’s value lies not only in creating profits but also in contributing to society. Kaifort Membrane Structure始终 integrates social responsibility into its corporate development.

Prioritizing Livelihood Projects:​ The company strategically focuses on small public facilities. Although individual project profits may not be high, the social benefits are significant. The plan for the next three years is to build 1,000 similar便民 facilities in 100 cities across the country, benefiting tens of millions of citizens.

Promoting Green Building:​ All projects adopt green design and环保 materials. 90% of the materials used in this project are recyclable, with energy consumption 60% lower than traditional buildings. The company pledges to plant 100 trees in desert areas for every project built, offsetting the carbon footprint.

Talent Cultivation Program:​ Cooperate with universities to establish “Membrane Structure Scholarships,”资助相关 students. Establish internship bases, accepting 50 interns annually. Conduct “Membrane Structure Goes to Campus” activities to普及 architectural knowledge to primary and secondary school students.

Industry Sharing:​ Open some patents and technologies to promote industry-wide progress. Regularly hold technical exchange meetings to share experiences and lessons. Participate in industry standard setting to推动 industry healthy development.

IX. Conclusion

A bus stop sunshade, covering merely a hundred square meters, is but a tiny presence in the vastness of a city. Yet, it is these countless微小 presences that constitute the urban fabric, define the city’s quality, and温暖 the lives within it.

With carefully designed membranes, Kaifort Membrane Structure covers not just physical space, but also people’s yearning for a better life; creates not just functional facilities, but emotional connections between people and the city. Starting from bus stops, the company’s journey will not stop. On school grounds, it will provide shade for parents waiting for their children; in communities, it will build gathering places for chatting neighbors; on street corners, it will offer moments of respite for hurried pedestrians.

This is the mission of Kaifort Membrane Structure—to create beauty with technology, serve society with professionalism, cover a city’s warmth with a membrane, and weave poetry into the lives of millions. The future is here, andBeautiful is unfolding. Kaifort Membrane Structure grows with the city and walks alongside beauty.