Top 10 Hurricane Resistant Front Door Manufacturers & Exporters

Hurricane resistance for front entrance doors is primarily determined by standardized physical laboratory testing under ASTM E1886 and ASTM E1996 in North America, as well as Florida High-Velocity Hurricane Zone (HVHZ) protocols TAS 201, TAS 202, and TAS 203.

TAS 201 evaluates Large Missile Impact resistance by firing a 9-pound 2x4 wooden stud at 50 feet per second directly into the glass and frame. TAS 202 measures uniform static air pressure resistance for structural deflection limits (typically L/175), while TAS 203subjects the door to 9,000 cycles of positive and negative wind pressure loading to simulate prolonged severe hurricane force winds without structural failure or seal breaches.

Yes. Every single door assembly engineered by Primor is made to measure directly from your architectural drawings or project window schedule. We do not restrict project specs to rigid off-the-shelf standard sizes.

Our engineering department reviews your rough openings, elevation plans, structural wind load targets, and preferred operation styles (pivot, swing, double french, or sliding). We then generate detailed CAD/BIM shop drawings including cross-sectional sill profiles, hardware installation points, and glass specifications for approval before cutting aluminum extrusions.

PVB (Polyvinyl Butyral) is a standard flexible interlayer used in traditional laminated safety glass. While effective against basic impact, PVB glass panels tend to fall out of the frame if both glass panes break, as the interlayer becomes pliable under heavy cyclic wind load pressures.

SGP (SentryGlas® Ionoplast) is an advanced structural interlayer that is 5 times stronger and up to 100 times stiffer than standard PVB. If both glass lites fracture under flying debris, the SGP interlayer maintains structural rigidity, remaining upright in the door frame to withstand continued dynamic wind gusts exceeding 180 MPH.

Thermal break aluminum profile systems utilize reinforced polyamide (PA66 GF25) mechanical structural strips inserted between the interior and exterior aluminum profile extrusions. Because aluminum is a conductive metal, non-thermal frames transfer severe outdoor heat or sub-zero cold directly into the building interior, causing high HVAC power consumption and frame condensation.

Polyamide thermal breaks interrupt heat conduction while preserving structural shear resistance. When combined with insulated Low-E double or triple glazing with argon gas filling, thermal break impact doors achieve ultra-low U-factors while maintaining heavy DP rating capacity.

As a seasoned global exporter, Primor supplies comprehensive export documentation for smooth import clearance at international ports. Supplied documentation package includes: Itemized Commercial Invoices, Detailed Packing Lists categorized by opening numbers, Certificates of Origin (CO), Factory Test Reports, CAD Shop Drawing Schedules, and ISPM 15 Heat-Treatment Compliance Certificates for wooden crating.

International clients can view physical full-size displays, operable pivot doors, thermal break profiles, and finish swatches at our U.S. Regional Showrooms located in Los Angeles, the Bay Area, Houston, Dallas, and Phoenix.

For overseas buyers outside the U.S., we supply profile corner samples, physical hardware mock-ups, and live video factory inspections during assembly and water-pressure testing procedures.