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TensiLux® PTFE Architectural Membranes

Engineered for Architecture That Endures.

High-performance PTFE-coated fiberglass membranes for permanent tensile structures, landmark roofs, architectural façades and specialized shading applications.

Engineered for Architecture That Endures.

One Collection. Distinct Technologies. Engineered for Lasting Performance.

Permanent tensile architecture demands materials capable of maintaining structural integrity, dimensional stability and architectural appearance under sustained loading and long-term environmental exposure.

TensiLux® PTFE is FPC's collection of high-performance PTFE-coated fiberglass membranes developed for demanding architectural applications, including stadium roofs, landmark tensile structures, permanent shading systems and architectural building envelopes.

Manufactured in Riyadh, Saudi Arabia, the collection combines engineered fiberglass reinforcement, controlled weaving, multi-layer PTFE coating and specialized surface finishing to provide a range of material solutions with different mechanical, optical and architectural characteristics.

From high-strength EC4 structural membranes to versatile EC6 architectural fabrics, TensiLux® enables architects, engineers and fabricators to select materials according to their specific structural, environmental and design requirements.

Key Performance Characteristics

Structural Integrity

Engineered fiberglass reinforcement for defined tensile and dimensional performance.

Environmental Resistance

PTFE-coated systems developed for demanding outdoor exposure conditions.

Fire Performance

Product-specific reaction-to-fire classifications supported by applicable test documentation.

Light & Optical Control

Different membrane constructions provide distinct light transmission and reflection characteristics.

Engineered Surface Protection

Multi-layer PTFE and selected FEP surface technologies for coating and surface performance.

Fabrication Compatibility

Material constructions designed for specialist membrane fabrication and welding methods.

Two Distinct PTFE Technologies. One Architectural Standard.

The TensiLux® PTFE Architectural Membrane Collection brings together two engineered fiberglass reinforcement systems, developed to address different structural and architectural requirements.

ArchiShield® — EC4 Structural PTFE Membranes: engineered for demanding permanent tensile structures where high mechanical strength, dimensional stability and long-term performance are essential.

ArchiFlex® — EC6 Architectural PTFE Membranes: developed to provide versatile membrane solutions combining structural performance, material efficiency and fabrication compatibility for permanent architectural applications.

Both collections are manufactured using FPC's integrated fiberglass weaving and PTFE coating capabilities in Riyadh, Saudi Arabia.

Collection 01 · EC4 fiberglass

ArchiShield®

Premium Structural PTFE Membranes

Engineered with EC4 fiberglass reinforcement and multi-layer PTFE coating for demanding permanent tensile roofs and landmark architectural structures.

The collection emphasizes structural strength, dimensional stability and long-term membrane performance. Selected grades incorporate SealTek® surface protection.

FG-800-EXP · FG-950-EXP · FG-1200-EXP · FG-1550-EXP
View ArchiShield® Collection
Collection 02 · EC6 fiberglass

ArchiFlex®

Versatile Architectural PTFE Membranes

Developed using EC6 fiberglass reinforcement and multi-layer PTFE/FEP coating systems, ArchiFlex® provides a balance of mechanical performance, fabrication efficiency and material optimization for permanent architectural applications.

FG-850-AP · FG-1050-AP · FG-1250-AP · FG-1450-AP
View ArchiFlex® PTFE Collection

Technical Comparison — Two Collections

PropertyArchiShield®ArchiFlex® PTFE
Reinforcement EC4 fiberglass EC6 fiberglass
Coating Multi-layer PTFE PTFE / FEP
Weight range 800–1,550 g/m² 850–1,500 g/m²*
Tensile strength Up to 8,000 N/5 cm Up to 8,000 N/5 cm
Primary application Structural roofs Permanent architecture
Main distinction Structural performance Versatility and fabrication

* As given in the collection document; its grade table lists FG-1450-AP (1,450 g/m²) as the heaviest ArchiFlex® grade — to be confirmed.

Mechanical and physical properties

ArchiShield® — EC4 Technical Specifications

ArchiShield® — EC4 Technical Specifications
Property FG-800-EXP FG-950-EXP FG-1200-EXP FG-1550-EXP
Weight (g/m²)8009501,2001,550
Thickness (mm)~0.50~0.60~0.75~0.92
Tensile warp (N/5 cm)4,5006,0007,1008,000
Tensile fill (N/5 cm)4,5005,5006,6007,750
Tear warp/fill (N)350/350400/350500/500500/500
Width (cm)300300300300

Optical Properties

Optical Properties
Property FG-800-EXP FG-950-EXP FG-1200-EXP FG-1550-EXP
Light transmission after bleaching~18%~16%~13%~10%
Visible transmittance Tv (EN 410)15%14%13%11%
Visible reflectance Rv (EN 410)78%79%80%82%
Solar transmittance Ts (EN 410)15%14%13%11%
Solar reflectance Rs (EN 410)75%76%77%78%

The brochure also identifies SealTek® FEP surface protection on both sides and a 20-year architectural warranty for this collection. Warranty coverage is subject to the applicable approved warranty terms.

Mechanical and physical properties

ArchiFlex® — EC6 Technical Specifications

ArchiFlex® — EC6 Technical Specifications
Property FG-850-AP FG-1050-AP FG-1250-AP FG-1450-AP
Weight (g/m²)8501,0501,2501,450
Thickness (mm)~0.50~0.65~0.80~0.90
Tensile warp (N/5 cm)4,5006,0007,0008,000
Tensile fill (N/5 cm)4,0005,5006,5007,000
Tear warp/fill (N)350/350400/350500/500500/500
Width (cm)300300300300

Optical Properties

Optical Properties
Property FG-850-AP FG-1050-AP FG-1250-AP FG-1450-AP
Light transmission after bleaching~17%~14%~13%~11%
Visible transmittance Tv (EN 410)18%15%14%12%
Visible reflectance Rv (EN 410)77%79%80%81%
Solar transmittance Ts (EN 410)15%14%13%12%
Solar reflectance Rs (EN 410)75%76%77%77%

Applications

Stadiums & Landmark Roofs
Transport & Public Infrastructure
Architectural Shading
Façades & Building Envelopes
Permanent Membrane Structures

Selecting a PTFE Membrane for Your Project?

Every tensile structure has its own structural, environmental and architectural requirements.

FPC's technical and commercial teams work with architects, consultants, engineers and specialist fabricators to review material specifications, compare available membrane grades and support informed product selection.