Fabric Materials
Our high-performance fabric materials deliver exceptional UV protection and structural longevity. We source premium, fire-retardant membranes engineered to withstand harshest climate conditions.
PVDF-coated PVC
It is generally considered the most economical option for long-term tensile structures.
These fabrics are pre-treated to be flame-retardant in compliance with international standards, infused with both short-term and long-term fungicides, and coated on both sides. The PVDF surface layer offers strong protection against environmental pollutants, dirt, and harsh weather conditions.
PTFE (Glass Fiber)
This material can offer up to 25% translucency, allowing soft, natural daylight to filter through. Its reflective surface enhances indoor lighting efficiency at night, contributing to lower energy usage.
Engineered Architectural MembranesPremium Global Sourcing
Certified In-House FabricationPrecision Structural Engineering
HDPE Mesh Fabric
HDPE (High-Density Polyethylene) fabric is a highly durable and versatile material widely used in modern shading and
industrial applications.
Known for its exceptional strength and resistance to UV rays, HDPE is specifically engineered to withstand harsh weather conditions while maintaining its structural integrity over time.
Its breathable weave allows air circulation while effectively blocking harmful sunlight, making it ideal for shade structures, agricultural covers, and outdoor environments where long-term sun protection and performance are essential.
ETFE
ETFE (Ethylene Tetrafluoroethylene) is a high-performance, lightweight membrane material widely used in
modern architectural applications.
Known for its exceptional transparency and strength, ETFE allows high levels of natural light transmission while maintaining excellent durability.
This material is highly resistant to weather conditions, UV radiation, and environmental factors, making it ideal for long-term use in demanding projects.
Its lightweight nature reduces structural loads, while its
flexibility allows for innovative and complex designs.
ETFE is commonly used in stadiums, skylights, façades, and large-span structures, offering a modern aesthetic combined with high efficiency and performance.

























