DOGUSANQ FB1600 TYPE IV Block out
DOGUSAN FB1600 TYPE IV Block out is an extreme-duty 1300 g/m² opaque PVC-coated architectural membrane from Doğusan, engineered with Low Wick technology and a high-performance 2PVDF-1PVDF glossy lacquer. Built on a high-tenacity 1670 dtex polyester base, it provides an extreme 7800 N breaking strength and up to 1100 N tear resistance. It features an “excellent” Degree 0 microorganism resistance rating and comprehensive global flame retardancy certifications (B1, M2, C-s2,d0, NFPA 701). Operating securely between -40°C and +70°C, this material is the ultimate structural solution for large-scale permanent tensile architecture requiring complete light blockage.
DOGUSAN FB1600 TYPE IV Block out: Extreme-Duty Opaque Tensile Architecture Textile
DOGUSAN FB1600 TYPE IV Block out, manufactured by Doğusan, is an advanced, extreme-duty PVC-coated fabric engineered specifically for the highly demanding Tensile Architecture sector where complete light blockage is required. With a recorded total weight of 1300 g/m² and a high-tenacity 1670 dtex polyester base, it provides extraordinary structural strength and long-term protective qualities. The defining characteristics of this “TYPE IV” architectural membrane are its opaque Block out nature, premium 2PVDF-1PVDF (SANQ PVDF) lacquering, Low Wick technology, strict fire retardancy, and absolute resistance to microorganisms.
Key Technical Features
Block Out Capability: Designed as an opaque membrane to completely block light transmission, making it ideal for climate-controlled environments or specialized event structures.
Premium PVDF Surface: Treated with an advanced 2PVDF-1PVDF lacquering system (noted as SANQ PVDF) and a Glossy finish, offering superior environmental resistance, self-cleaning properties, and longevity.
Low Wick Technology: Features “low wick” yarns that prevent moisture and dirt from traveling through capillary action within the base fabric, ensuring long-term aesthetic and structural integrity.
Microorganism Resistance: Achieves a perfect “Degree 0, excellent” rating under the ISO 846-A standard, guaranteeing it will not degrade from fungal or bacterial growth.
Comprehensive Fire Safety: Meets stringent global fire safety standards, including C-s2,d0 (EN 13501-1, listed as C-52d0,), M2 (92-507), B1 (DIN 4102-1, listed as 81), and NFPA 701.
Extreme Mechanical Strength: Delivers a massive breaking strength of 7800 N/5cm in the warp direction and 6800 N/5cm in the weft direction, providing secure structural stability for heavy-tensioned applications.
Superior Tear Resistance: Features an exceptional tear strength of 1100 N for both the warp and weft, safeguarding the material against harsh mechanical impacts and extreme structural loads.
Extreme Weather Resilience: Engineered to function flawlessly in temperatures ranging from -40°C to +70°C, while maintaining an exceptionally robust adhesion force of 120 N/5cm.
Primary Applications
Tensile Architecture: Specifically optimized for large-scale, permanent architectural membranes, tensioned stadium roofs, major exhibition pavilions, and heavy-duty structural canopies where blocking sunlight and controlling temperature are essential.
Product Specifications Summary
| Property | Specification |
| Product Name | DOGUSANQ FB1600 TYPE IV Block out |
| Total Weight | 1300 g/m² |
| Base Fabric | 100% PES / 1670 dtex |
| Finish | 2PVDF-1PVDF (SANQ) / Glossy |
| Special Features | Block Out / Low Wick / Microorganism Resistant (Degree 0) / FR |
| Adhesion Force | 120 N/5cm |
| Temperature Range | -40°C to +70°C |
Technical Data Sheet | |||||
| DOGUSANQ FB1600 TYPE IV Block out | |||||
| Fabric / Tissu / Wessfsel / Gewebe | DIN ISO 2060:1994 | %100 PES / 1670 dtex | |||
| Total Weight / Poids total / Gewicht totaal / Totalgewicht | ISO 2286/2 :2016 | 1300 g/m² | |||
| Coating | PVC | ||||
| Lacquering / Vernis / Lackierung | 2PVDF-1PVDF | ||||
| Embossing / Calandre / Kalander / Prägung | Glossy | ||||
| Comment / Remarque / Opmerking / Kommentar | SANQ PVDF | ||||
| Comment / Remarque / Opmerking / Kommentar | Low wick | ||||
| Breaking strength Warp Résistance rupture Chaîne Treksterkte Ketting Höchstzugkraft Kette | ISO 1421/1 : 2016 | 7800 N/5cm | |||
| Breaking strength Weft Résistance rupture Trame Treksterkte Inslag Höchstzugkraft Schuss | ISO 1421/1 : 2016 | 6800 N/5cm | |||
| Tear strength Warp Résistance à la déchirure Chaîne Scheurweerstand Ketting Weiterreisskraft Kette | DIN 53363 : 2003 | 1100 N | |||
| Tear strength Weft Résistance à la déchirure Trame Scheurweerstand Inslag Weiterreisskraft Schuss | DIN 53363 : 2003 | 1100 N | |||
| Adhesion / Adhérence / Hechting / Haftung | ISO 2411 : 2017 | 120 N/5cm | |||
| Temperature resistance Tenue à la température Temperatuursbestendigheid Temperatursbeständigkeit | EN 1876/1 : 1998 | -40/+70°C | |||
| Light fastness (Except white and (half-)transparent) Tenue à la lumière (Excepté en blanc et (semi-)transparent) Lichtechtheid (Uitgezonderd wit en (half-)transparent) Lichtechtheit (Ausnahme weiss und (semi-)transparant) | ISO 105 B02 : 2014 | 7-8 | |||
| Reaction to fire_EU / Reaction au feu_EU / Reactie bij brand_EU / Brennverhalten_EU Fire Behaviour / Brennverhalten // Reaction au feu / Resistencia al fuego / Brandgedrag | EN 13501-1 : 2018 NF P 92-507:2004 DIN 4102-1 : 1998 BS7837 1996 NFPA 701 | C-s2,d0 M2 B1 | |||
| Microorganism resistance Mikroorganismen Widerstand Résistance aux micro-organismes Resistencia a microorganismos Weerstand tegen micro-organismen | ISO 846-A | Degree 0, excellent | |||
| CONFORM | EN 12641/2 | ||||
| Application >> Tensile Architecture | |||||
Disclaimer : We reserve modifications of the mentioned values for technical reasons.Values without tolerance statements are values with a tolerance of ± %5 . The information corresponds with our latest knowledge and is offered without liability.
Disclaimer
We reserve modifications of the mentioned values for technical reasons.Values without tolerance statements are values with a tolerance of ± %5 . The information corresponds with our latest knowledge and is offered without liability.