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Lámina para techos HESU UPVC: construida para ambientes hostiles, Construido para durar

Los techos de metal se oxidan. Las tejas de asfalto se agrietan cuando hace frío. Los techos estándar fallan más rápido en zonas industriales con uso intensivo de productos químicos. Las láminas para techos HESU UPVC están diseñadas alrededor de estos puntos de falla: resistentes a la corrosión, térmicamente eficiente, y construido para una vida útil de 15 a 25 años sin el ciclo de mantenimiento que exigen los materiales tradicionales.

Tipos de láminas para techos HESU UPVC

Ofrecemos una gama completa de soluciones para techos de UPVC para satisfacer diferentes necesidades de aplicación, niveles presupuestarios, y preferencias estéticas:

UPVC láminas para techos corrugada (perfil T1130): 1130mm ancho efectivo, Disponible en espesores de 1,5 mm a 3 mm. El perfil ondulado clásico ofrece la máxima resistencia estructural, perfecto para taller industrial, depósito, y techado de cobertizos agrícolas.
UPVC Lámina hueca para techos de doble capa (perfil T940): 940mm ancho efectivo, 6mm a 12 mm Opciones de espesor. La estructura de núcleo hueco añade aislamiento térmico y acústico adicional, ideal para casas residenciales, edificios comunitarios, y techado de oficinas.
Lámina para techos de UPVC recubierta de ASA: La capa superficial premium de ASA extiende la resistencia a los rayos UV y la retención del color al 50%, con una garantía de color de 15 años. Disponible en azulejo español, azulejo romano, y perfiles planos para proyectos residenciales y comerciales donde la apariencia importa.

Aplicación de UPVC láminas para techos

UPVC láminas para techos para talleres industriales

Ideal para techos de fábricas, ligero, duradero y aislante del calor.

UPVC láminas para techos para granja & Edificios de almacén

Techos resistentes a la corrosión perfectos para granjas y almacenes.

UPVC láminas para techos para uso residencial & Techos de villas

Excelente opción para casas y villas con larga vida útil.

UPVC láminas para techos para proyectos de renovación de techos

Ampliamente utilizado en reconstrucción de tejados antiguos y proyectos de pendiente plana.

Four Properties That Matter in Real Projects

1. Corrosion Resistance That Holds in Industrial Atmospheres

UPVC is chemically inert to most acids, álcalis, and industrial fumes. It doesn’t rust, chip, or oxidise. For fertiliser factories, plantas de tratamiento de residuos, coastal buildings, and any facility where galvanised steel would begin showing corrosion within five years, UPVC roofing sheet is the practical alternative.

This isn’t a marginal improvement. Standard galvanised steel in a coastal or chemical-exposure environment typically needs replacement or major treatment within a decade. UPVC holds its structural integrity across the same period with no treatment required.

2. Thermal Insulation That Reduces Energy Bills

A 2mm single-layer UPVC roofing sheet reduces heat transfer by 30% compared to colour-coated metal panels of the same thickness. In warehouse, establo de ganado, and residential attic applications, this translates to 15–20% lower cooling costs in summer months.

For projects where thermal performance is a priority, the double-layer hollow UPVC roofing sheet adds a further 40% improvement in thermal resistance. This makes it viable for regions with extreme temperature swings — both hot summers and cold winters.

3. Impact and Weather Resistance

Every HESU UPVC roofing sheet is impact-tested to resist hailstones up to 3cm in diameter. The UV-stabilised surface coating prevents fading and brittleness from long-term sun exposure. Load-bearing capacity reaches 150kg per square metre, which covers heavy snow loads in cold climates.

These aren’t lab-only numbers. UPVC roofing sheet is widely used across Southeast Asia, the Middle East, and northern China — climates that cover extreme UV exposure, typhoon-level wind loads, and significant winter snowfall.

4. Lightweight Design That Speeds Up Installation

At 2.2kg per square metre, HESU UPVC roofing sheet is 70% lighter than clay tile and 40% más ligero que los paneles de metal. This reduces structural load requirements for new builds and cuts installation time by approximately 30% compared to heavier materials.

The interlocking profile creates a watertight seal without specialist tools or equipment. Panels can be cut to size on site with standard tools. No mortar bed. No heavy lifting equipment. No specialist crew.

Contáctenos

Preguntas frecuentes sobre la lámina para techos de UPVC

¿Cuánto duran UPVC láminas para techos?

HESU UPVC roofing sheet achieves 15–25 years in standard conditions. In corrosive industrial or coastal environments where galvanised steel typically needs replacement within 5–10 years, UPVC holds its structural integrity without treatment or recoating.

¿UPVC láminas para techos son resistentes al fuego?

Sí. UPVC is chemically inert to most acids, álcalis, and industrial fumes. It doesn’t rust or oxidise. For fertiliser plants, waste treatment facilities, and chemical workshops, it is the most practical roofing material at this price point.

How does UPVC roofing sheet compare to metal on thermal performance?

A 2mm single-layer UPVC sheet reduces heat transfer by 30% compared to colour-coated metal of the same thickness. The double-layer hollow profile adds a further 40% improvement. In large industrial or agricultural spaces, this difference translates to measurable reductions in heating and cooling costs.

What profiles and sizes does HESU UPVC roofing sheet come in?

Six standard profiles are available — corrugated (T1130), double-layer hollow (T940), and ASA-coated profiles in Spanish tile, azulejo romano, and flat finishes. Custom colour, espesor, and cut length are available across all profiles.

Can UPVC roofing sheet be used for residential projects?

Sí. The UPVC-coated profiles deliver traditional tile aesthetics with a 15-year colour warranty. At 2.2kg per sqm, they are 70% más ligero que la teja de arcilla, which makes them suitable for residential renovations where the existing structure has limited load capacity.