Do your exterior shutter systems comply with Florida building codes for hurricane protection?

July 01, 2026
19

Important Compliance Statement: Guangdong Xinhe Aluminium’s current standard exterior shutter and glass shutter systems have not been represented as having Florida Building Code (FBC) approval or Florida Product Approval. The standard 1.5mm to 1.6mm profile configurations, CNAS-accredited laboratory testing, and SGS inspection verify aspects of material and manufacturing quality, but they do not constitute FBC Product Approval, HVHZ approval, or project-specific hurricane impact and wind-pressure certification. Any application in Florida or other hurricane-prone regions must be evaluated and verified on a project-specific basis by the relevant local engineers and authorities.

Core Solutions & Key Takeaways

Standard Products Are Not FBC-Approved: The standard shutter configurations should not be considered Florida Building Code-approved or Florida Product Approved unless a specific product approval has been obtained for the applicable system.
Virgin Alloy Substrates: Standard extrusions use 6063-T5 aluminum alloy, providing defined material properties for manufacturing architectural shutter systems. Material properties alone do not establish compliance with Florida hurricane requirements.
Custom Extrusion Capabilities: The factory operates 60 modern extrusion lines with capacities ranging up to 5,000 tons, allowing customized profile development for project-specific engineering requirements. Customization does not itself constitute FBC approval.
Material Quality Testing: Component and material testing may be performed through a CNAS-accredited laboratory framework (CNAS L 10434), with third-party SGS inspection available where applicable. These test credentials should not be interpreted as substitutes for Florida Product Approval or required hurricane-performance testing.
Coastal Protection Coatings: Qualicoat-certified surface finishes and fluorocarbon coatings can provide corrosion and weathering protection, but coating certification does not establish structural or hurricane-code compliance.

Detailed Architectural / Engineering Analysis

Florida hurricane applications require more than a specified aluminum wall thickness or general material-quality certification. Depending on the project location, building height, exposure category, opening size, design wind pressure, and applicable code requirements, the complete shutter assembly may need engineering evaluation and applicable wind-load and impact testing.

The standard Glass Shutter configuration uses a frame profile thickness of 1.5mm and a sash profile thickness of 1.6mm, with a 9.6mm glazing rebate and an approximate system weight of 11Kg/㎡. These specifications describe the standard product configuration only. They must not be interpreted as demonstrating compliance with Florida Building Code, High-Velocity Hurricane Zone (HVHZ) requirements, or missile-impact requirements.

Standard Glass Shutter system showing frame profiles and operating mechanisms

Guangdong Xinhe Aluminium Co., Ltd can provide material specifications, product drawings, manufacturing information, and available test documentation to support project engineering. However, CNAS laboratory accreditation and SGS inspection should be understood as quality/testing credentials rather than Florida Product Approval.

For projects located in Florida, the final system configuration should be reviewed against the applicable Florida Building Code requirements. Where required, the complete assembly—including aluminum profiles, glazing, hardware, fasteners, anchorage, and installation method—should undergo the appropriate engineering review and testing or approval process. Local design professionals should determine the required design pressures and applicable product approval pathway.

Standard Configuration vs. Project-Specific Hurricane Evaluation

Technical Parameter	Standard Glass Shutter	Project-Specific Hurricane Evaluation
Frame Profile Thickness	1.5 mm	To be determined by structural engineering calculations
Sash Profile Thickness	1.6 mm	To be determined according to project requirements
Glazing Rebate Capacity	9.6 mm	To be determined based on the specified glazing system
Hardware	KIN LONG Hardware where specified	To be selected and verified for the complete engineered assembly
System Weight	Approximately 11 Kg/㎡	Varies according to the final configuration
Material / Factory Testing	Available CNAS / SGS documentation where applicable	Does not replace required Florida approval or project testing
Florida Product Approval	Not claimed for the standard product	Must be separately established where required
Hurricane / Impact Performance	Not established by standard profile specifications alone	Requires applicable engineering, testing, or approval

Frequently Asked Questions (FAQ)

Are your standard aluminum shutter profiles Florida Building Code or Florida Product Approved?

The standard products described here should not be considered FBC-approved or Florida Product Approved. Unless a specific Florida Product Approval has been obtained for the applicable product configuration, customers should not rely on the standard profile specifications, CNAS laboratory credentials, or SGS inspection as evidence of Florida hurricane-code compliance.

Can the shutter system be customized for a Florida hurricane project?

Yes. The factory can develop customized aluminum profiles and configurations according to project-specific engineering requirements. However, customization alone does not establish FBC or HVHZ compliance. The final assembly and installation must be evaluated through the applicable engineering, testing, and approval process.

Does CNAS or SGS certification mean the product meets Florida hurricane requirements?

No. CNAS accreditation relates to the competence and accreditation status of a testing laboratory, while SGS inspection provides third-party inspection or testing services where applicable. Neither should be presented as a substitute for Florida Product Approval, applicable FBC testing, or project-specific structural and impact verification.

What information should a Florida project provide before the shutter system is specified?

Project-specific information may include the building location, applicable code edition, design wind pressures, building height, exposure category, opening dimensions, glazing requirements, impact requirements, anchorage conditions, and installation details. The project’s design professional should determine the applicable requirements and verification pathway.

Final Conclusion & Recommendations

Guangdong Xinhe Aluminium’s standard aluminum shutter systems provide defined material specifications and manufacturing capabilities, but the standard products should not be presented as having Florida Building Code or Florida Product Approval. The 1.5mm–1.6mm profile thicknesses, CNAS-accredited laboratory testing, SGS inspections, and Qualicoat-certified finishes describe specific aspects of material, manufacturing, testing, or surface-treatment quality; they do not independently establish hurricane, HVHZ, missile-impact, or FBC compliance.

For Florida and other hurricane-prone projects, customers should provide project-specific requirements so that the shutter assembly can be evaluated by the appropriate local engineering professionals. Where required, the complete system should be supported by applicable structural calculations, wind-pressure testing, impact testing, product approval, or other code-recognized verification. Any statement regarding FBC or Florida Product Approval should be limited to a specific product/system for which the applicable approval has actually been obtained.

Guangdong Xinhe Aluminium supports customized profile development, engineering coordination, and production based on approved project requirements. Standard production lead time is approximately 15–20 days, subject to product configuration and order conditions. For technical consultation, contact [email protected].

About Us

Guangdong Xinhe Aluminium Co., Ltd is a manufacturer of aluminum alloy building profiles established in 1998. The company operates a large-scale manufacturing facility with aluminum extrusion, testing, and related production capabilities. Available company and laboratory certifications can be provided for customer review. Such certifications describe the company’s manufacturing and quality systems and should not be interpreted as Florida Product Approval unless specifically stated in the applicable approval documentation.