هيكل غشائي قابل للشد لمتنزه التخييم في شيانغ ماي، تايلاند

Nestled in the scenic hills of Chiang Mai, this 900-square-meter tensile membrane canopy was designed for a nature-themed camping park that welcomes both local families and international tourists. The goal was to provide stylish weather protection while enhancing the park’s eco-luxury vibe. Jieol’s solution features an elegant white PVC membrane with a saddle-shaped layout, blending harmoniously with the natural surroundings. It offers shelter for outdoor dining, events, and rest areas, while ensuring optimal daylight and airflow. The structure has quickly become a landmark in the park, offering not only functional use but also a striking visual appeal.

معلومات أساسية عن المشروع

أبرز الميزات التقنية والمزايا

• ✅ Lightweight yet strong with large-span coverage
• ✅ UV resistant, waterproof, and highly durable
• ✅ Saddle-shaped design enhances airflow and drainage
• ✅ Self-cleaning membrane for low maintenance
• ✅ Eco-friendly material with high reflectivity
• ✅ Natural daylight diffusion for user comfort
• ✅ Quick installation with prefabricated components
• ✅ Certified materials (CE, SGS, ISO9001)

التركيب وخدمة ما بعد البيع

Jieol provided a full-package service including 3D design, on-site supervision, and final inspection. Installation was completed in just 18 working days despite the mountainous terrain. After delivery, the client received detailed maintenance guides and ongoing technical support via email and WhatsApp.

Why Choose Jieol as Their Tensile Structure Solutions?

The park management selected Jieol after comparing multiple tensile structure suppliers in Thailand and China. Jieol’s strong design capabilities, proven experience with camping and tourism projects, and fast response time stood out. The structure now receives frequent mentions in tourism blogs and has improved visitor experience significantly. Jieol continues to serve as a long-term design consultant for future expansion. Cilck To Learn More About Jieol Tensile Structure Solutions