Product Build
Trespa® uses efficient and state of the art manufacturing processes with products are made out of resins and fibers with bio-based content.
Pura® NFC by Trespa is a decorative high-pressure compact laminate (HPL) with an integral surface manufactured using Trespa's unique in-house technology: Electron Beam Curing (EBC). The blend of up to 70% natural fibres and thermosetting resins, manufactured under high pressures and temperatures, yields a highly stable, dense panel with good strength-to-weight ratio.
No-fuss Installation
The durability that defines Pura® NFC by Trespa also ensures a seamless professional installation process. This prefinished siding is designed for easy handling and includes matching accessories such as profiles and fasteners. Its lightweight nature allows for effortless movement and placement, while adjusting the siding is as simple as cutting it. With color and durability inherent throughout, there is no need for edge-sealing, priming, or painting, making installation a hassle-free experience.
Comprehensive instruction advice and videos can also be found here
Low Maintenance
With its non-porous surface, this cladding requires minimal maintenance. A simple cleaning regimen helps retain its original luster and appearance, saving both time and resources over the long term.
Durability and Weather Resistance
Trespa® Meteon® is engineered to withstand the harshest weather conditions, including rain, wind, and UV radiation.
The entire collection is highly weather resistant, so sun and rain will have no significant effect on a panel's surface.
They’re also easy to clean and highly scratch and impact resistant. And they all come with a 10-year limited warranty.
Colour Retention
Ensuring long-lasting color retention is a top priority for Trespa. To achieve this, panels undergo rigorous testing involving continuous exposure to UV light and meticulous assessments of their appearance over time.
Appearance tests for UV exposure are essential to assess how materials and surfaces maintain their color and integrity when exposed to sunlight. These tests involve subjecting samples to controlled UV light doses to simulate real-world conditions. By evaluating changes in color, gloss levels, and surface texture, manufacturers can ensure the durability and longevity of products under UV exposure.