As climate patterns change, the need for tough, all-weather roof solutions has grown a lot. In places that get a lot of hailstorms, high winds, strong UV rays, and extreme temperatures, common roofing materials often don’t give protection for long. This weakness has pushed both home and industrial markets to look for alternatives with better technology.
For example, regular materials like asphalt shingles get worse under UV exposure. Meanwhile, metal roofs can rust and be loud during rain or hail. Glass Fiber Reinforced UPVC roofing is coming out as a better solution to fix these problems. It is completely changing the standards for toughness and performance in the world’s most difficult climates.
Glass Fiber Reinforced UPVC is a modern composite material. It improves traditional UPVC (unplasticized polyvinyl chloride) by putting a high-strength fiberglass mesh inside the core of the sheet. This patented technology from Jieli makes a layered structure. The result is that the material’s mechanical properties, like its tensile strength, impact resistance, and ability to carry loads, are greatly improved.
Unlike normal UPVC sheets, the built-in fiberglass gives amazing stiffness and durability. This fresh design leads to a roofing material that is much stronger and tougher. So, it is a perfect upgrade for any project that needs top-level performance.
This advanced makeup gives key benefits that make it the best all-weather roof solution.
Made for toughness, the material’s impact resistance is increased by 50% compared to standard sheets. The fiberglass mesh inside is great at absorbing and spreading out shock. This makes it a perfect defense against bad hailstorms and flying debris in areas with high winds.
The fiberglass reinforcement increases tensile strength by 30%. This improvement gives amazing structural soundness. It also allows for a 20% longer purlin distance (truss span). This is a big plus for large industrial and commercial buildings. Why? Because it lowers the need for support structures underneath, which saves both time and money.
Unlike metal, Glass Fiber Reinforced UPVC is naturally free from rust. It is also very resistant to many chemicals, acids, and alkalis. This quality makes it a perfect long-term choice for coastal areas with salty air and for industrial places like chemical plants or farms.
The sheets are co-extruded with an ASA (Acrylic-resin) surface layer. This part provides amazing UV resistance. This advanced coating protects the roof’s color and its structure for 8 to 10 years. On top of that, it stops the fading and weakness that happen to other materials under heavy sun.
Safety is always first in any building project. This roofing material is hard to burn and puts itself out if it catches fire. It has also earned a Fire Rating of B1. Thus, it is a safe and compliant option for home, commercial, and industrial uses.
The material has a thermal conductivity of just 0.325 W/m.K. That is about 1/2000th that of steel. Because of this, it gives wonderful heat insulation, which helps keep inside spaces cooler and lowers energy bills. What’s more, it provides great soundproofing. It can reduce noise by 25-30 Db during a heavy downpour or hailstorm.
These roofing systems are used in many different areas because they are so versatile and durable.
Jieli is a world leader in roofing technology. The company stands apart through its proven performance and new ideas.
A: Yes, for sure. The fiberglass mesh inside boosts the material’s impact resistance by 50%. This makes it incredibly tough and a perfect choice for places that often get hail damage.
A: The roofing sheets have a co-extruded ASA surface layer, which is very resistant to UV rays. Because of this, they are designed to keep their color for 8 to 10 years. This ensures they look good for a long time, even in very sunny places.
A: Of course. It combines top-tier thermal insulation, noise reduction (25-30 Db), and a B1 fire safety rating. This mix makes it a perfect high-performance choice for homes. It provides comfort, safety, and trustworthy protection from severe weather.