Knowledge base
Insights and inspiration from the world of tensile membrane, steel and tent structures
Selecting a PVC membrane for Poland's climate conditions
Choosing a flat-roof membrane for the Polish climate is one of the key design decisions on any project. A practical engineering guide to PVC roofing membranes — thickness, colour, reinforcement and how they compare to TPO/FPO and bituminous felt.
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Air-supported dome vs traditional tent hall — which one to choose?
Air-supported domes and traditional tent halls both offer fast installation and flexibility — but their structural DNA is completely different. A practical engineering comparison covering load-bearing principle, energy use, snow performance and ideal use cases.
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How to choose the right roofing structure for sports facilities?
Choosing a roof for a sports facility is one of the most important decisions you will make. A practical guide to steel, aluminium, glulam, tensile membrane and pneumatic structures — and how to pick the right one for your project.
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Key standards and regulations for temporary event structures
Organising a successful event requires temporary structures that are not just impressive but stable, safe and compliant. A practical guide to the key 2025 building regulations, EN 13782, Eurocodes and fire safety requirements for tents, stages and pavilions.
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How do tensile membrane structures affect sound?
Tensile membrane canopies don't just protect from the weather — they actively shape the acoustics of the space below. Learn how PVC, PTFE and ETFE membranes interact with sound and how to design good acoustics under a membrane roof.
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Fire resistance of membrane structures (PVC, PTFE, ETFE)
How do PVC, PTFE and ETFE membranes behave in a fire? A practical guide to fire ratings, EN 13501 reaction-to-fire classes, certificates, and how to specify a safe membrane envelope for stadiums, atriums and public venues.
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Geotechnical categories in lightweight structure design — what you need to know
A correct ground assessment and the right geotechnical category are the foundation of safety and durability for every structure — including tensile membrane canopies, air domes and lightweight steel halls. A practical guide to GC1, GC2 and GC3 in design practice.
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ETFE vs PVC — comparison of membrane materials
ETFE and PVC are the two dominant materials in modern membrane architecture. Compare their mechanical properties, durability, applications and energy performance to choose the right material for your tensile structure.
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Damaged membrane — how to repair it?
Architectural membranes protect tensile structures and tent halls from the weather. Learn the most common causes of membrane damage, the most effective repair methods, and when full membrane replacement is unavoidable.
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Tensile membrane structures: modern solutions for roofs and canopies
Tensile membrane structures are reshaping contemporary architecture. Lightweight, flexible and sustainable, membrane roofs are becoming a key element of building projects from stadiums to parking lots.
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Construction cost comparison: steel halls vs traditional buildings
The choice between a steel hall and a traditional brick-and-concrete production building affects construction cost, build time and lifetime maintenance cost. Compare the two approaches across materials, design, build, and operations.
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Tensile membrane roofs — types and applications
Tensile membrane canopies are a modern and versatile architectural solution gaining ground worldwide. This article explores the main fabric types, the most popular applications, and how to choose the right canopy for your project.
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