Resources & Technical Information

The Redhead Steel Resources Center provides technical documents, compliance information, educational materials, case studies, and practical guides on cold-formed light-gauge steel framing systems.

These resources are designed for contractors, architects, engineers, developers, builders, and homeowners working on residential homes, agricultural/rural structures, roof/floor systems, specialty projects, and more — with emphasis on Florida high-wind zones, code requirements, and best practices.

Case Studies & Project Examples

Real-world applications of our steel framing kits across different project types.

• Residential single family and multi story homes

• Agricultural buildings, barns, farm labor housing, and rural community projects

• Commercial, retail, and light industrial facilities

• Luxury estates and custom specialty builds

---> View Case Studies

Technical Information & Guides

Specifications, data sheets, and guides to support design, engineering, permitting, and installation.

Redhead Steel – Florida Division, Cold-Formed Steel Framing Specifications

Product Overview

Redhead Steel manufactures precision cold-formed light-gauge steel framing systems for residential, agricultural, rural, and light commercial projects in Florida. Our systems include wall framing, roof trusses, and floor joists, all engineered for high-wind zones.

Material Specifications

Steel Grade: ASTM A653 / A1003 Structural Grade 33 or 50 (as required)
Coating: G60 or G90 hot-dipped galvanized (zinc coated)
Thickness: 33 mil (20 ga) to 97 mil (12 ga) depending on engineering requirements
Yield Strength: Minimum 33 ksi (Grade 33) or 50 ksi (Grade 50)
All members are pre-punched for electrical, plumbing, and HVAC integration

System Components

Exterior and interior wall studs and tracks
Roof trusses (gable, hip, flat, monoslope, and custom configurations)
Floor joist systems for single and multi-story applications
Header assemblies and jamb studs
Bridging, bracing, and connection hardware

Design & Engineering

Designed and engineered to meet or exceed Florida Building Code high-wind requirements
Compliant with IBC, IRC, and AISI S100 standards
Custom engineering and stamped drawings provided as required by local jurisdiction
Load tables available for wind, live, and dead loads

Key Performance Advantages

Termite-proof and fire-resistant (non-combustible)
No warping, shrinking, or settling
Excellent dimensional stability
Reduced jobsite waste due to factory precision
Faster framing timelines compared to traditional wood

Installation Notes

Use steel-specific screws and fasteners only
Follow manufacturer bracing and deflection track guidelines
Coordinate with mechanical, electrical, and plumbing trades early
Proper temporary bracing required during erection

Warranty & Compliance

Material warranty provided upon request
All framing produced in our Florida facility
Full traceability on material certifications

Contact Information
Redhead Steel
Florida Manufacturing & Engineering
Phone: (239) 451-9929
Email: sales@redheadsteelusa.com

Overview

Redhead Steel manufactures precision cold-formed light-gauge steel roof trusses and floor joist systems for residential, agricultural, and light commercial projects in Florida. All components are engineered for high-wind zones and fast, accurate installation.

Roof Truss Specifications

Steel Grade: ASTM A653 Structural Grade 33 or 50
Coating: G60 or G90 hot-dipped galvanized
Member Thickness: 33 mil (20 ga) to 97 mil (12 ga) as
required by engineering
Common Configurations: Gable, hip, flat, monoslope, and
custom designs
Span Capabilities: Up to 60+ feet clear span (depending on
load and design)
Pre-punched for easy mechanical, electrical, and plumbing
integration
Factory-assembled or knock-down options available

Floor Joist Specifications

Steel Grade: ASTM A653 Structural Grade 33 or 50
Coating: G60 or G90 hot-dipped galvanized
Joist Depths: 6", 8", 10", 12" (custom
depths available)
Thickness: 43 mil (18 ga) to 97 mil (12 ga)
Spacing: 12", 16", 19.2", or 24" on center
Pre-punched web holes for utilities
Strong and lightweight for longer spans with less deflection

Key Performance Features

Non-combustible and termite-proof
Excellent dimensional stability — no warping or shrinking
Superior strength-to-weight ratio
Designed for Florida high-wind loads
Reduced jobsite waste and faster erection

Engineering & Compliance

Engineered to meet or exceed Florida Building Code high-wind
requirements
Compliant with IBC, IRC, and AISI S100 standards
Custom load tables and stamped drawings provided per project
Deflection criteria: L/360 typical for floors, L/240 for
roofs (or as specified)

Installation Guidelines

Use steel-specific self-drilling screws for all connections
Install proper bracing and blocking per engineering drawings
Follow manufacturer recommendations for bridging and web
stiffeners
Coordinate with trades before closing floors or roofs

Available Options

Custom truss shapes and pitches
Integrated ledger tracks and rim joists
Insulation-friendly designs
Special coatings for coastal environments (upon request)

Important Safety Note

All installation must be performed by qualified personnel following local building codes and Redhead Steel engineering drawings. Use proper personal protective equipment at all times.

1. Pre-Installation Preparation

Review all stamped engineering drawings and material list
before starting
Verify that the foundation or slab is level and square
Ensure all required bracing, connectors, and fasteners are on
site
Coordinate with plumbing, electrical, and HVAC trades early

2. Material Handling & Storage

Store steel members off the ground and protected from
standing water
Keep galvanized coating free from damage during handling
Do not cut or modify members without engineering approval
Use proper lifting techniques and equipment for heavy trusses

3. Wall Framing Installation

Start with bottom track securely fastened to foundation
Install studs at specified spacing (typically 16" or
24" o.c.)
Plumb and brace walls immediately after erection
Use steel-specific self-drilling screws for all connections
Install bridging and blocking as shown on drawings

4. Floor Joist Installation

Install rim track or rim joists first and secure properly
Place joists at specified spacing and direction
Install web stiffeners and blocking where required
Ensure proper bearing on supports
Check for level and deflection before proceeding

5. Roof Truss Installation

Follow the truss layout and bracing plan provided
Install temporary bracing before removing lifting equipment
Secure trusses to top plates or bearing walls per drawings
Install permanent bracing, purlins, and sheathing clips as
specified
Pay special attention to uplift and wind connections in
high-wind zones

6. General Best Practices

Use only steel-specific screws and fasteners (never
substitute wood screws)
Maintain proper screw spacing and edge distance
Do not oversize or undersize holes without engineering
approval
Check plumb, level, and alignment frequently during erection
Protect galvanized surfaces during cutting and installation

7. Quality Control Checklist

All members installed per engineering drawings
Proper bracing and connections completed
No unauthorized field modifications
All trades coordinated before closing walls/floors/roofs

Important
These are general guidelines only. Always follow the project-specific
engineering drawings and instructions provided by Redhead Steel. Local building inspector approval is required.

Cold-Formed Light-Gauge Steel
Framing (Studs, Tracks, Roof Trusses, Floor Joists)

Manufacturer: Redhead Steel

Section 1: Product Identification

Product: Galvanized Cold-Formed Steel Framing Members
Common Use: Structural framing for residential, agricultural,
and light commercial buildings
Chemical Family: Steel with zinc coating

Section 2: Hazard Identification

Primary Hazard: Sharp edges may cause cuts during handling.
Dust or fumes from cutting or welding may irritate eyes,
skin, and respiratory system.
Galvanized coating can produce fumes when heated (welding or
burning).

Section 3: Composition

Base Material: Carbon Steel
Coating: Hot-dipped Galvanized Zinc (G60 or G90)

Section 4: First Aid Measures

Cuts: Clean wound and apply antiseptic. Seek medical
attention if deep.
Inhalation of dust/fumes: Move to fresh air. Seek medical
help if irritation continues.
Eye contact: Flush with water for 15 minutes.

Section 5: Fire-Fighting Measures

Steel is non-combustible.
Use appropriate extinguishing media for surrounding fire.
Wear breathing apparatus if welding in fire conditions.

Section 6: Accidental Release

Pick up scrap pieces to prevent tripping.
Sweep or vacuum dust. Dispose according to local regulations.

Section 7: Handling and Storage

Wear cut-resistant gloves and safety glasses.
Store off the ground and protected from moisture.
Avoid prolonged contact with standing water.

Section 8: Exposure Controls

Use ventilation when welding or cutting.
Recommended PPE: Safety glasses, cut-resistant gloves, long
sleeves.

Section 9: Physical Properties

Appearance: Silver-gray metal with zinc coating
Odor: None

Section 10: Stability and
Reactivity

Stable under normal conditions.

Section 11: Toxicological
Information

No known chronic effects under normal use.
Inhalation of zinc fumes from welding may cause temporary
flu-like symptoms.

Section 12: Ecological Information

Steel and zinc are fully recyclable.

Section 13: Disposal

Recycle scrap steel whenever possible.
Follow local regulations for disposal.

Section 14: Transport Information

Not classified as hazardous material.

Overview

All Redhead Steel framing systems are custom engineered to meet Florida Building Code requirements, including high-wind loads.

Stamped engineering drawings are provided for each project as required by local authorities.

Typical Design Criteria

Wind Loads: Engineered for Florida high-wind zones (up to
180+ mph depending on location and risk category)
Live Loads: Roof and floor loads per IBC/IRC and local code
Deflection Limits: L/360 for floors, L/240 for roof members
(typical)
Seismic: Designed per applicable seismic design category

Available Engineering Services

Project-specific stamped drawings
Load calculations and analysis
Connection details and bracing schedules
Foundation reaction loads
Custom member sizing and optimization

Roof Trusses (Actual tables provided per project)
Span, pitch, and spacing options
Dead load, live load, and wind uplift capacities
Deflection limits

Floor Joists

Span tables by joist depth and gauge
Uniform and concentrated load capacities
Vibration and deflection performance

Wall Studs

Axial load capacities
Wind pressure resistance (inward and outward)
Height-to-thickness ratios

Important Notes

Load tables shown in marketing materials are for reference
only.
Final member sizes and connections are determined by
project-specific engineering.
All designs comply with the latest Florida Building Code,
AISI S100, and applicable ASTM standards.

How to Get Your Project
Engineered

Submit your architectural plans or basic dimensions
Provide site-specific wind speed and exposure category
Our engineering team will prepare a custom proposal
Stamped drawings delivered with your steel framing kit

Cold-Formed Steel vs Wood vs Block – Comparison Sheet

Side-by-side comparison of cold-formed steel framing versus traditional wood and concrete block/CMU, covering speed, durability, waste, inspections, maintenance, and Florida climate performance.

Download comparison sheet PDF →

Download PDF Redhead Steel – Cold-Formed Steel vs Wood vs Concrete Block (CMU)

Steel Construction Guides & Education

Cold-formed light-gauge steel framing offers clear advantages
compared to traditional wood framing and concrete block (CMU), especially in Florida’s challenging climate.

Key Advantages of Cold-Formed Steel

• Superior Durability — Termite-proof, fire-resistant, and mold/rot resistant. Unlike wood, steel does not warp, shrink, or settle over time.

• Stronger in High-Wind Zones — Engineered specifically for Florida’s hurricane
and high-wind requirements.

• Faster Construction — Prefabricated components install quicker with less
on-site labor and fewer errors.

• Reduced Waste — Factory precision means significantly less jobsite scrap and
cleanup.

• Lower Long-Term Maintenance — No rotting, no insect damage, and minimal
callbacks.

• Design Flexibility — Supports open floor plans, tall ceilings, and complex
rooflines with greater consistency.

• Sustainable Choice — High recycled content and 100% recyclable at the end of its life.

Bottom Line
Cold-formed steel gives you the best combination of strength,
speed, durability, and low maintenance — making it an increasingly popular choice for Florida homes, barns, and light commercial buildings.

Steel roof trusses and floor joists offer several clear advantages over traditional wood framing, especially in Florida’s humid and high-wind climate.

Key Advantages of Steel Trusses and Floor Joists

• More precise and consistent dimensions — no warping, shrinking, or twisting

• Termite-proof and fire-resistant — unlike wood which is vulnerable to pests and fire

• Faster installation with prefabricated components and less on-site labor

• Significantly reduced jobsite waste due to factory precision

• Longer clear spans possible with less material and fewer supports

• Excellent dimensional stability for straighter walls and flatter floors

• Lower long-term maintenance compared to wood framing

Why This Matters in Florida

Steel trusses and joists perform better in high-wind zones, resist
moisture-related issues, and help reduce callbacks and rework during and after construction.

Bottom Line
Steel roof trusses and floor joists deliver greater strength, consistency, speed, and long-term reliability compared to traditional wood framing — making them a smart choice for Florida homes, additions, and rural structures.

Sustainability and Recyclability Benefits of Cold-Formed Steel Framing

Steel is one of the most sustainable and environmentally responsible framing materials available today. Redhead Steel is proud to offer framing systems that support responsible building practices.

Key Sustainability Benefits

• High recycled content — Most of our steel contains a significant percentage of recycled material

• 100% recyclable — Steel can be recycled infinitely without losing strength or quality

• Reduced jobsite waste — Factory precision means far less scrap and cutting waste compared to wood

• Lower long-term environmental impact— Durable steel reduces the need for repairs or replacement over decades

• Supports green building certifications — Helps contribute to LEED and other sustainability programs

Why Steel is a Smart Environmental Choice

Unlike wood, steel does not require harvesting trees

At the end of a building’s life, the steel framing can be
fully recovered and recycled

The strength and longevity of steel mean fewer resources are needed over the building’s lifetime

Redhead Steel’s Commitment

We manufacture our cold-formed steel framing in Florida using materials that prioritize recycled content and full recyclability.

Choosing Redhead Steel helps builders and homeowners reduce their environmental footprint while creating strong, durable structures.

Best Practices for Steel Framing Installation

Proper installation is key to getting the full strength, speed, and
durability benefits of Redhead Steel cold-formed light-gauge steel framing.

Follow these practical guidelines for best results.

Pre-Installation Preparation
• Review all stamped engineering drawings and the bill of materials before starting

• Confirm the foundation or slab is level, square, and built according to the plans

• Ensure all required bracing, connectors, and fasteners are on site

• Coordinate early with plumbing, electrical, and HVAC trades

Handling and Storage

• Store steel members off the ground and protected from standing water

• Keep galvanized coating free from damage during unloading and moving

• Use proper lifting techniques and equipment for trusses and longer members

Wall Framing Installation

• Start with the bottom track securely fastened to the foundation

• Install studs at the specified spacing and plumb them immediately

• Add temporary bracing as walls go up to keep them straight and stable

• Use steel-specific self-drilling screws for all connections

• Install bridging and blocking exactly as shown on the drawings

Floor Joist Installation

• Install rim track or rim joists first and secure them properly

• Place joists at the correct spacing and direction

• Add web stiffeners and blocking where required by engineering

• Check that joists are level before proceeding to sheathing

Roof Truss Installation

• Follow the truss layout and bracing plan provided

• Install temporary bracing before releasing lifting equipment

• Secure trusses to top plates or bearing walls per the drawings

• Install permanent bracing, purlins, and sheathing clips as specified

• Pay special attention to uplift connections in high-wind areas

General Best Practices

• Always use steel-specific screws — never substitute wood screws

• Maintain proper screw spacing and edge distance

• Do not make unauthorized cuts or modifications to members

• Check plumb, level, and alignment frequently during erection

• Protect galvanized surfaces during cutting and installation Final Reminder

These are general best practices. Always follow the project-specific engineering drawings and instructions provided by Redhead Steel.

Local building inspector approval is required.

Codes, Compliance & Engineering Information

International Building Code (IBC) is the foundational model building code adopted across most of the United States. It sets minimum requirements for the safe design, construction, and maintenance of buildings to protect public health, safety, and welfare. Redhead Steel designs and manufactures all our cold-formed light-gauge steel framing systems to meet or exceed the requirements of the latest edition of the International Building Code (IBC).

How Redhead Steel Addresses IBC Requirements

Structural strength and stability for load-bearing elements
High-wind and seismic design provisions
Fire-resistance standards and non-combustible construction
Material specifications and quality control
General construction and safety standards

Benefits of IBC-Compliant Framing

Simplifies permitting and plan review processes
Helps ensure smoother inspections
Provides a nationally recognized baseline for structural
safety
Works seamlessly with the Florida Building Code (which is
based on the IBC with state-specific amendments)

All Redhead Steel framing kits are supported by engineering documentation that references IBC compliance. This makes it easier for architects, builders, and local building officials to approve your project.

Important Note
Our systems are engineered to comply with the IBC while also meeting the stricter requirements of the Florida Building Code for high-wind zones.

The International Residential
Code (IRC) is the primary model code used across the United States for the construction of one- and two-family dwellings and townhouses. It provides minimum requirements for structural strength, fire safety, energy efficiency, and livability. Redhead Steel designs and engineers all our cold-formed light-gauge steel framing systems to meet or exceed the requirements of the latest edition of the International Residential Code (IRC).

How Redhead Steel Addresses IRC Requirements

Structural integrity for walls, floors, and roofs
High-wind load provisions for residential construction
Fire-resistance and safety standards
Material quality and installation guidelines
Energy efficiency considerations through durable framing

Benefits of IRC-Compliant Steel Framing

Simplifies residential permitting and plan review
Ensures smoother inspections for single-family homes and additions
Provides a recognized national standard for safe residential
construction
Works in conjunction with the Florida Building Code (which
incorporates the IRC with state-specific amendments)

All Redhead Steel residential framing kits include engineering documentation that references IRC compliance.
This helps homeowners, builders, and local building officials confidently approve and construct strong, code-compliant homes.

Important Note

Our steel framing systems are engineered to satisfy both the IRC and the stricter high-wind requirements of the Florida Building Code.

Relevant ASTM Standards for Cold-Formed Steel Framing

Redhead Steel uses materials and manufacturing processes that conform to the following key ASTM standards. These standards ensure quality, performance, and consistency in our cold-formed light-gauge steel framing systems.

Core Material Standards

ASTM A653 / A653M — Standard Specification for Steel Sheet,
Zinc-Coated (Galvanized) or Zinc-Iron Alloy-Coated (Galvannealed) by the
Hot-Dip Process
ASTM A1003 / A1003M — Standard Specification for Steel Sheet,
Carbon, Metallic- and Nonmetallic-Coated for Cold-Formed Framing Members

Performance & Testing Standards

ASTM A792 / A792M — Standard Specification for Steel Sheet,
55% Aluminum-Zinc Alloy-Coated by the Hot-Dip Process (for certain
applications)
ASTM E119 — Standard Test Methods for Fire Tests of Building
Construction and Materials
ASTM E330 — Standard Test Method for Structural Performance
of Exterior Windows, Doors, Skylights and Curtain Walls by Uniform Static
Air Pressure Difference

Coating & Corrosion Standards

ASTM A90 / A90M — Standard Test Method for Weight [Mass] of
Coating on Iron and Steel Articles with Zinc or Zinc-Alloy Coatings
ASTM A123 / A123M — Standard Specification for Zinc (Hot-Dip
Galvanized) Coatings on Iron and Steel Products

Dimensional & Mechanical Standards

ASTM C645 — Standard Specification for Nonstructural Steel
Framing Members
ASTM C754 — Standard Specification for Installation of Steel
Framing Members to Receive Screw-Attached Gypsum Panel Products

Why These Standards Matter Compliance with these ASTM standards ensures:

Consistent material quality and galvanization thickness
Reliable structural performance
Proper corrosion resistance in Florida’s coastal and humid
environment
Compatibility with industry-accepted engineering practices

All Redhead Steel framing products are manufactured using materials that meet or exceed the above ASTM specifications. Project-specific mill certifications and material test reports are available upon request.

The Florida Building Code (FBC) includes some of the strictest
high-wind provisions in the United States due to Florida’s frequent exposure to hurricanes and tropical storms.

Redhead Steel designs and engineers all our cold-formed light-gauge steel framing systems to meet or exceed the high-wind requirements of the latest Florida Building Code.

Key High-Wind Provisions Addressed by Redhead Steel

Wind speed design requirements based on Risk Category and
location (up to 180+ mph in some coastal areas)
Enhanced protection against wind uplift, lateral pressure,
and missile impact
Specific requirements for roof sheathing attachment, wall
bracing, and foundation connections
Strict deflection limits and structural integrity standards
Mandatory use of approved materials and connection methods in
High-Velocity Hurricane Zones (HVHZ)

Why High-Wind Engineering Matters in Florida

Protects your home or building from hurricane-force winds and
flying debris
Helps ensure safer structures during severe weather events
Reduces the risk of structural failure and costly repairs
Improves insurability and may qualify for insurance discounts
in some areas

Redhead Steel’s Approach

All framing kits are custom-engineered for your specific wind
zone and exposure category
We provide stamped engineering drawings that demonstrate
compliance with the Florida Building Code high-wind sections
Components are manufactured with proper galvanization and
connection details for long-term performance in Florida’s coastal and
inland environments

Important Note

The Florida Building Code is based on the International Building Code (IBC) and International Residential Code (IRC) with significant state-specific amendments for high-wind and hurricane resistance.

Redhead Steel designs and manufactures all our steel framing kits to meet or exceed the applicable building codes for safe, durable, and code-compliant construction in Florida.

Primary Codes We Comply With:

Florida Building Code (FBC) – Including all high-wind and
hurricane provisions
International Building Code (IBC) – Structural and general
construction requirements
International Residential Code (IRC) – One- and two-family
dwellings and townhouses
AISI S100 – North American Specification for the Design of
Cold-Formed Steel Structural Members

Key Areas of Code Compliance

High-wind load design and wind uplift resistance
Structural strength, stability, and deflection limits
Fire-resistance and non-combustible construction
Material specifications and quality assurance
Connection details and bracing requirements
Seismic design where applicable

Our Commitment to Compliance

Every project receives custom engineering and stamped
drawings (as required by local jurisdiction)
Framing systems are manufactured using materials that conform
to relevant ASTM standards
We stay current with the latest code editions and amendments
Documentation is provided to support permitting and
inspections

Why Code Compliance Matters

Ensures your building meets legal safety requirements
Simplifies the permitting and inspection process
Provides peace of mind that your structure is built to
withstand Florida’s unique environmental demands
Helps protect your investment and may improve insurability

Redhead Steel provides professional engineering support for every steel framing kit we manufacture.

Proper engineering and stamped drawings are essential for permitting, code compliance, and structural safety.

What Engineering Services We Provide

Project-specific structural analysis and design
Custom member sizing and connection details
Load calculations for wind, live, dead, and uplift forces
Bracing and anchorage requirements
Foundation reaction loads for your builder or engineer
Stamped engineering drawings by a licensed Florida professional engineer

When Stamped Drawings Are Required

Most residential and commercial projects in Florida
All projects located in High-Velocity Hurricane Zones (HVHZ)
Any structure requiring local building department approval
Projects with complex rooflines, large clear spans, or custom
designs

What You Need to Provide for Engineering

Architectural plans or basic floor plan with dimensions
Site address and wind speed zone (Risk Category)
Exposure category (B, C, or D)
Any special requirements (e.g., elevated floors, large
openings, or equipment loads)

Our Process

You submit your plans or project details
Our engineering team reviews the information and prepares a
quote
Upon approval, we perform the structural design
We deliver sealed/stamped drawings along with your steel
framing kit

Important Notes

Stamped drawings are site-specific and prepared by a licensed
Florida engineer
Engineering is included as part of your complete steel frame
kit package
We coordinate with your architect or builder as needed
Final approval is always subject to your local building
department review

Building with steel framing in Florida requires proper permitting and local approvals.

Redhead Steel helps make this process smoother by providing the necessary engineering documentation and code-compliant materials.

Key Permitting Considerations in Florida

Most projects require a building permit from your local
county or city building department
High-wind zones often have stricter review processes and
additional documentation requirements
Coastal or flood-prone areas may need elevated design and
flood-zone compliance
Agricultural and rural structures may qualify for simplified
permitting in some counties

What Redhead Steel Provides to Support Permitting

Project-specific structural engineering calculations
Sealed and stamped drawings by a licensed Florida
Professional Engineer
Compliance documentation referencing the Florida Building
Code, IBC, and IRC
Material specifications and mill certifications upon request
Clear load tables and connection details for inspector review

Common Documents Needed for Approval

Architectural plans
Redhead Steel engineered framing plans with engineer’s stamp
Foundation and anchorage details
Energy calculations (if required)
Product approvals or evaluation reports (when applicable)

Tips for a Smooth Permitting Process

Submit complete engineered drawings early in the process
Confirm your project’s wind speed zone and Risk Category with
your local building department
Work with your builder or architect to coordinate steel
framing details with the overall design
Allow extra time for review in High-Velocity Hurricane Zones
(HVHZ)

Redhead Steel supplies precision-manufactured steel framing kits.

To ensure a successful project, the following responsibilities should be clearly understood by all parties.

Redhead Steel Responsibilities

Manufacture high-quality cold-formed steel framing components
to engineered specifications
Provide custom engineering and stamped drawings (as required
by local jurisdiction)
Deliver materials with proper labeling and packaging
Offer technical support during the quoting and ordering
process

Builder / General Contractor Responsibilities

Obtain all necessary building permits and approvals
Verify site conditions and foundation accuracy before
delivery
Provide proper equipment and experienced crew for safe
installation
Follow Redhead Steel engineering drawings and installation
guidelines
Coordinate with other trades (plumbing, electrical, HVAC)
Install temporary and permanent bracing as shown on drawings
Protect materials from damage during storage and construction
Schedule inspections as required by local building department

Owner / Homeowner Responsibilities

Ensure the project complies with local zoning and building
codes
Confirm financing and project timeline
Work with a qualified builder or general contractor
experienced with steel framing
Review and approve final plans before production begins
Maintain the finished structure according to standard
maintenance practices

Important Shared Responsibilities

All field modifications must be approved by the project
engineer
Any deviations from the engineered drawings must be
re-approved
Final acceptance of the installed framing is the
responsibility of the builder and local inspector

Disclaimer
Redhead Steel is not responsible for installation, foundation work, sheathing, finishing, or any on-site construction activities. Proper installation by qualified personnel is required for the system to perform as designed.

Redhead Steel is committed to full code compliance for every project. Below is an overview of the standards and documentation we provide to support permitting and inspections.

Primary Codes We Comply With

Florida Building Code (FBC) – including all high-wind and hurricane provisions
International Building Code (IBC)
International Residential Code (IRC)
AISI S100 – North American Specification for Cold-Formed
Steel Structural Members

Key Compliance Areas

High-wind load design and uplift resistance
Structural strength, stability, and deflection limits
Fire-resistance and non-combustible construction
Material specifications and quality assurance
Connection details and bracing requirements

Documentation We Provide

Project-specific structural engineering calculations
Sealed and stamped drawings by a licensed Florida
Professional Engineer
Material certifications and mill test reports (upon request)
Compliance summaries referencing applicable codes and
standards
Installation guidelines consistent with engineered drawings

Review and Approval Process

Submit your architectural plans or project details
Our engineering team prepares custom design and stamped
drawings
You submit the package to your local building department
Address any reviewer comments (we assist as needed)
Receive permit approval and proceed with construction

Local Variations

Florida counties and municipalities may have additional requirements beyond the base Florida Building Code.

Common examples include:

High-Velocity Hurricane Zone (HVHZ) requirements in
Miami-Dade and Broward counties
Specific wind speed maps and Risk Category assignments
Local amendments for coastal construction or flood zones

We’re Here to Help

Our team can review your project location and provide tailored compliance guidance to streamline the permitting process.

Videos & Visual Resources

Demonstrations of manufacturing, installation, and real-world performance.

• Precision roll forming and production

• On site framing and assembly

• Durability and speed advantages

View videos →

Client Process Overview

Step-by-step guide from initial inquiry to delivered kit.

Download process overview PDF →

---> Click To View How it Works

If you require specific technical support, code clarification, or project-specific guidance, our team is available.

Request a custom quote →

Get Your Quote Now

Or contact us: (239) 451-9929 | Sales@redheadsteelusa.com

Thank you for using Redhead Steel resources — we're here to support stronger, smarter builds.

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