14 GA/Steel Doors

14 Gauge Steel Door for SDI Level 3 Maximum Duty Openings

Designed for facilities where door failure is not an option, Euwoo 14 gauge steel doors deliver a maximum duty steel door platform for detention, critical infrastructure, and high-abuse commercial openings. A 14 gauge steel door uses thicker face sheets to improve resistance to impacts, prying, and hinge/lock abuse, while still supporting common hollow metal frame and hardware standards. When you need a high security steel door that still installs like a standard hollow metal opening, specify welded seams, reinforced hardware zones, and project-specific options such as fire-rated assemblies (up to 180 minutes), vision lites, and electrified hardware prep. For buyers comparing gauges, our team can recommend when 16 ga or 18 ga is sufficient and when maximum duty is required for lifecycle cost.

  • Maximum-duty construction details: thicker skins, welded seams, and stiffeners
  • Security-ready hardware prep: reinforced hinges, locks, and exit devices
  • Fire-rated options up to 3 hours (assembly dependent), plus smoke/seal upgrades
ISO 9001 certified manufacturingUL 10C, CE, and BS 476 documentation support (project dependent)Submittal-ready drawings and schedule-based production support
14 gauge steel door for maximum duty security applications

Key Features of 14-Gauge Maximum-Duty Steel Doors

This 14 gauge steel door platform focuses on construction details that matter in real facilities: seam integrity, hardware reinforcement, and documentation that supports fast approvals. Below are the features buyers and specifiers use to justify 14-gauge selection in high-security, detention, and high-abuse commercial projects.

Maximum duty construction icon

Thicker 14-gauge face sheets for maximum-duty rigidity

A 14 gauge steel door starts with thicker face sheets (about 1.9 mm / 0.075 in) that reduce oil-canning, denting, and edge deformation under abuse. In day-to-day terms, a 14 ga steel door gives you a stiffer leaf that stays aligned and latches cleanly in high-cycle, high-abuse openings. Many specifications reference ANSI/SDI A250.8 duty levels; when the intent is an SDI Level 3 steel door, 14 ga skins are a proven foundation that supports heavier internal stiffeners, closer reinforcements, and hinge/lock prep without flex. The result is a door leaf that maintains gasket compression for smoke and acoustical performance and reduces hinge sag and latch misalignment over time. If you are replacing repeatedly damaged 16 ga or 18 ga doors, moving to 14 gauge is often the simplest spec change that delivers immediate durability gains without changing wall construction. For institutional buyers, that durability also reduces spare inventory needs and keeps secure doors compliant with inspection routines.

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Welded seams and interlocking edges that reduce pry points

Security and maximum-duty performance depend on how the door is built, not just the gauge. For 14-gauge projects we focus on edge construction that keeps the leaf square and limits pry opportunities: continuously welded seams, interlocking edges, and robust stiffener layouts that distribute loads across the face sheet. In the field, this helps the door resist twisting from forced-entry attempts and reduces the chance of cracked paint lines and corrosion at the edges. A tighter, more stable edge also improves how the door engages with astragals, sweeps, and perimeter seals, which matters for smoke control and acoustics in secure buildings. Combined with correctly sized frames and anchors, a welded, stiffened leaf reduces hinge sag and latch misalignment, preventing the 'rubbing then grinding' failure mode common in high-abuse openings. It also simplifies installation because the door arrives flatter, reducing shim work and adjustment time during commissioning.

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Heavy-duty hardware reinforcement and factory prep

In maximum-duty openings, hardware is usually the first point of failure, so we design the door around the hardware schedule. Reinforcement plates, tapped holes, and factory-prep patterns are aligned to ANSI/BHMA locations for hinges, closers, locks, exit devices, viewers, and surface-mounted hardware. If your spec calls for electrified hardware, we can add raceways, electric hinge or power transfer prep, and strike reinforcements to keep field wiring clean. For a 14 gauge hollow metal door, this preparation matters because the thicker skins allow stronger thread engagement and reduce pull-out under abuse. The practical benefit is fewer field modifications (which can void listings), faster installation, and consistent performance across a multi-opening project. Provide your hardware set numbers and we return a submittal package that clearly documents cutouts, reinforcements, and handing, so contractors can price and install with confidence. We also coordinate closer size and backset clearance early, reducing RFIs and preventing late changes that delay occupancy.

Detention-grade icon

Detention and anti-vandal upgrade path for high-risk openings

High-security and detention projects often need more than a heavy face sheet. We offer reinforcement and component upgrades that help align the opening with detention and anti-vandal requirements: security astragals, continuous hinge reinforcement, hinge guards, welded-in channels, heavy strike boxes, and protected fastener strategies. Vision openings can be configured for security glazing systems, and service cutouts (where permitted) can be framed and reinforced to maintain stiffness. When a specification calls for a detention grade steel door, the goal is controlled behavior under abuse: minimal deflection, reliable latching, and limited access to prying points. Our engineering team reviews your door schedule and highlights where the frame, anchors, hinges, and lockset must be upgraded together; this avoids the common mismatch where a strong leaf is paired with a weak frame. The result is a more defensible submittal and a longer-lasting installation. If your project references ASTM F1233 or similar detention standards, we can build to the specified components and support third-party testing and labeling pathways.

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Fire-rated and life-safety options up to 3 hours (assembly dependent)

Maximum-duty does not replace life-safety, especially in government and institutional buildings. Our 14-gauge door construction supports fire-rated configurations up to 180 minutes (3 hours), depending on the tested assembly and labeling route. We can align documentation to common standards such as UL 10C and BS 476, and for certain export markets, CE/EN fire-test documentation may be available by project. Fire-rated doors require compatible frames, hinges, hardware, and sealing systems, so we treat rating as an assembly decision, not just a leaf feature. If the opening also requires smoke control, we can integrate perimeter seals and bottom solutions that maintain closing force and latch reliability. For buyers, this approach reduces the risk of a security door that fails inspection. You receive clear notes on what is included in the rated scope, what must be provided on site, and how to keep hardware selections compliant. If you are balancing fire and security, we can recommend tested vision lite limits and reinforcement strategies that preserve both requirements.

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Submittal-ready documentation for spec-driven procurement

Most buyers searching for maximum-duty doors are not only comparing steel thickness, they are managing risk across a schedule, budget, and inspection process. We support spec-driven projects with shop drawings, cut sheets, and a clear matrix of options (fire rating, glazing, louvers, electrified prep, and finish). Each order is tracked to the door schedule so openings arrive labeled and packaged for jobsite sequencing. Quality checks focus on the high-value details that prevent rework: hinge locations, lock edge clearance, reinforcement placement, and frame squareness. For procurement teams, this reduces RFIs and change orders; for contractors, it shortens install time and avoids field drilling that can compromise listings and warranties. If your project requires documentation packets (material traceability, coating data sheets, inspection records), we can include them as part of the submittal and closeout process. After delivery, our technical team can answer installer questions on anchors, seal placement, and hardware integration to help you pass punch-list faster.

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Corrosion protection and finish systems matched to the environment

Door gauge alone will not protect a project if the coating system is wrong for the environment. We offer material and finish selections that match real jobsite conditions: galvannealed steel for improved paint adhesion and corrosion resistance, cold-rolled steel for interior dry openings, and stainless steel wraps for coastal or chemical exposure. Finish options include prime paint for field finish, factory powder coating for faster turnover, and project-specific color matching. For demanding institutional environments, we can also reinforce edges and add protective features that reduce coating damage during handling and service. A better finish strategy reduces rust-related callbacks, keeps the opening looking compliant in public-facing facilities, and extends the interval between repaint cycles. Share your environment (indoor, exterior sheltered, coastal, wash-down, or chemical) and we will recommend a build-up and packaging method that keeps surfaces protected from factory to final installation. If you need enhanced hygiene or clean-room durability, ask about smooth powder finishes and stainless components that tolerate frequent cleaning.

14 Gauge vs 16 Gauge vs 18 Gauge Steel Doors

Gauge is a convenient shorthand for steel thickness, but the right choice depends on duty level, hardware, and abuse risk. When comparing a 14 gauge steel door to 16 ga or 18 ga options, look at the full assembly: edge construction, stiffeners, frame thickness, and reinforcement plates. For specifications that call for an SDI Level 3 steel door, 14 gauge is commonly used as the baseline because it supports heavier reinforcements and holds hardware threads more reliably. A 14 ga steel door is heavier and usually higher in upfront cost, but it can reduce long-term maintenance in high-abuse environments. Use the table below as a starting point, then match the selection to your opening types, security requirements, and lifecycle expectations.

GaugeApprox thicknessTypical duty positioningBest-fit applicationsBuyer notes
18 gaApprox 1.2 mm (0.048 in)Lower cost and weight; less resistance to dents and edge deformation in high-abuse areas.
16 gaApprox 1.5 mm (0.060 in)Balanced choice for many projects; verify reinforcements if using heavy exit devices or high-cycle openings.
14 gaApprox 1.9 mm (0.075 in)Higher upfront cost; stronger base for reinforcements and long lifecycle performance when combined with matching frames and anchors.
Steel door gauge thickness comparison diagram

Key Takeaways

  • Choose 18 ga for standard interior openings where abuse risk is low and budget is the primary driver.
  • Choose 16 ga for high-traffic openings that need durability without maximum-duty cost.
  • Choose 14 ga when the opening must perform like a maximum duty steel door for detention, perimeter security, and long lifecycle projects.
  • Match the leaf with the correct frame gauge, wall anchors, and reinforcement package to avoid weak-link failures.

Applications for 14-Gauge Steel Doors

14-gauge steel doors are specified when downtime, forced-entry risk, and abuse make standard-duty construction a false economy. These openings are common in institutional, government, and high-traffic commercial environments where long service life and predictable operation matter as much as security. Below are typical use cases and the outcomes buyers prioritize.

14-gauge steel door for correctional facility security

Correctional and detention facilities

Correctional housing and secure circulation areas place extreme stress on doors: repeated impacts, tampering at hinges and strikes, and high cycle counts. A 14-gauge leaf with welded seams, reinforced hardware zones, and a properly matched heavy frame helps keep the opening functional and secure. For projects specifying a detention grade steel door, we can add security astragals, hinge guards, reinforced strike boxes, and glazing protection where vision is required. The goal is to keep the door latching reliably and to minimize opportunities for prying or fastener access. Submittal clarity matters in this market, so we document reinforcements and hardware prep in a way that aligns with facility standards and contractor installation practices. This combination reduces maintenance interventions and supports controlled movement in sally ports, day rooms, and perimeter doors where operational uptime is critical.

Maximum-duty steel door for government and public safety facilities

Government, military, and public safety buildings

Armories, courthouses, police stations, and military facilities often require stronger door assemblies to protect sensitive areas and to meet strict procurement documentation. 14-gauge construction provides a robust base for reinforced locksets, continuous hinges, and controlled access hardware. Depending on the project, we can support options such as blast-resistant framing concepts, ballistic-resistant build-ups, and electrified hardware prep for access control and monitoring. Fire-rated requirements are common in these buildings, so we coordinate rating, seals, and hardware early to avoid conflicts during review. For procurement teams, we provide submittal-ready drawings and a clear compliance matrix so spec sections can be checked efficiently and RFIs can be minimized. This matters when multiple agencies are involved, because consistent documentation speeds approvals and reduces the risk of field changes that compromise security.

High-security steel door for cash room or secure back office

Banks, cash rooms, and sensitive commercial areas

Banks, cash rooms, server rooms, and back-of-house retail areas are classic openings where access control and forced-entry resistance matter as much as appearance. Specifiers often select 14-gauge doors to reduce deflection at the lock edge and to keep latch engagement consistent for electronic locks and strikes. If you need a high security steel door that integrates with card access, we can factory-prep for electrified mortise locks, electric strikes, door position switches, and closer coordination. Vision lites and louvers can be added where allowed, with reinforcement strategies that protect rigidity. The outcome is a secure opening that operates smoothly for staff while reducing the risk of prying, hinge abuse, and misalignment that can trigger false alarms or lock failures. This is especially valuable in 24/7 facilities where downtime disrupts operations.

14-gauge steel door for utility and critical infrastructure rooms

Critical infrastructure: utilities, telecom, and data centers

Utility rooms, telecom shelters, substations, and data centers demand durable openings that can handle frequent technician access and exposure to harsh conditions. 14-gauge doors provide the stiffness needed for reliable sealing and latching, which helps maintain environmental separation between secure equipment rooms and public or semi-public corridors. For these sites, buyers often prioritize corrosion protection, secure hardware prep, and clear labeling to support maintenance teams. We can support gasketed configurations for dust and smoke control, reinforced frames for masonry or steel-stud walls, and access-control prep for monitored openings. Because many sites operate under strict uptime requirements, we focus on consistency across the door schedule so replacement parts, keys, and hardware sets remain manageable over the life of the facility even when multiple buildings and contractors are involved.

Maximum-duty steel door for industrial service corridor

Industrial high-abuse service corridors and loading areas

Warehouses, distribution centers, and manufacturing plants frequently damage doors with pallet jacks, forklifts, and rolling carts. Lighter-gauge doors can oil-can, bend at the bottom edge, and drift out of alignment, leading to drag marks on the floor and latch issues. 14-gauge construction, paired with appropriate stiffeners and edge protection, withstands repeated incidental impacts and helps the door close and latch without constant adjustment. For these environments, we can recommend practical add-ons such as kick plates, armor plates, heavier hinges, and durable powder-coat finishes. The payoff is fewer replacement cycles, less downtime for service calls, and a cleaner appearance in areas where customers or auditors may be present. When combined with the right frame anchors, it also reduces racking caused by wall movement and vibration from equipment.

14-Gauge Steel Door Specifications

Our 14 gauge steel door assemblies are built as configurable hollow metal openings, so final specifications depend on rating, hardware, wall type, and security requirements. Use the ranges below for planning and submittals, then request a project drawing package for exact details and compliance notes.

Door Leaf Construction

Face sheets14 ga steel (approx 1.9 mm / 0.075 in)
Door thickness1.75 in (44.5 mm) common; 2.0 in options for specialized requirements
Edge constructionWelded seam / interlocking edge options (per specification and rating pathway)
StiffenersSteel stiffener layouts engineered for rigidity; reinforcement details documented in submittals
Core optionsHoneycomb, polystyrene, polyurethane, mineral/gypsum (fire-rated assemblies require compatible core systems)
Vision, louvers, cutoutsAvailable by schedule; reinforced framing to maintain rigidity and support compliance requirements

Frames and Anchoring

Frame typesWelded or knockdown frames; custom throat sizes available
Recommended frame positioningMatch frame gauge and anchoring to wall construction and duty level; upgrade frames for maximum-duty openings
Wall compatibilityMasonry, concrete, steel stud, and specialty wall conditions (anchor strategy defined in submittals)
Hardware reinforcementsHinge, lock, closer, and exit device reinforcements coordinated to the hardware schedule

Performance Options

Fire ratingUp to 180 minutes (3 hours) options available; assembly dependent and project-defined
Smoke and air controlPerimeter seals and bottom solutions available where required (spec and rating dependent)
Security upgradesReinforced strikes, hinge guards, security astragals, and forced-entry enhancements (by request)
Acoustic / specialtyAcoustic, lead-lined, ballistic, and blast preparation options available by project review

Finish and Logistics

Surface optionsPrime paint, powder coat, galvannealed base for painting, stainless wraps (environment dependent)
ColorProject-specific colors available (powder coat or field finish as specified)
PackagingExport-ready packaging options including edge protection and moisture control (as required)
LabelingSchedule-based labeling and packaging for jobsite sequencing
Note: Final specifications, ratings, and compliance depend on the complete door-and-frame assembly, hardware selection, installation method, and project requirements.
14-gauge steel door construction details and reinforced hardware zones

Material and Core Options for Maximum-Duty Openings

Selecting the right steel, core, and finish is as important as gauge when the project involves security risk, corrosion exposure, or strict inspection requirements. Use the options below to match the assembly to the environment and performance targets.

Core Option

Galvannealed steel for paint adhesion and corrosion resistance

Galvannealed steel is often preferred for commercial and institutional projects because it improves paint adhesion and helps resist corrosion in humid or variable environments. It is a strong default choice when the door will be powder coated or field painted and when long lifecycle performance matters.

Core Option

Cold-rolled steel for interior dry environments

Cold-rolled steel can be appropriate for interior openings in stable, dry conditions where corrosion risk is low. It can be a cost-effective choice when the project includes controlled indoor HVAC and the finish system provides sufficient protection.

Core Option

Stainless wraps or stainless components for harsh exposure

For coastal facilities, wash-down areas, or chemical exposure, stainless steel wraps or stainless hardware components can reduce corrosion-related callbacks. This is often combined with upgraded packaging and edge protection to keep surfaces intact through shipping and installation.

Core Option

Specialty build-ups: lead-lined, acoustic, ballistic, and blast-ready

If the opening needs radiation shielding, sound attenuation, ballistic resistance, or blast considerations, the internal build-up and hardware plan must be engineered together. Share the performance requirement and we will recommend a configuration, weight considerations, and the hardware strategy needed to support it.

Core Option

Honeycomb core

Lightweight and economical option for many commercial uses; typically selected when thermal or acoustic performance is not the main driver.

Core Option

Polystyrene / polyurethane cores

Adds thermal performance and can improve rigidity; often chosen for conditioned spaces, equipment rooms, or openings where energy control matters.

Core Option

Mineral / gypsum-based cores

Commonly used in fire-rated assemblies; core selection must match the rating pathway and the complete labeled assembly requirements.

Steel door material and core option overview
Finish Options
  • Prime paint for field finishing
  • Factory powder coating for faster project turnover and consistent appearance
  • Project-specific color matching (as specified)

Standards, Listings, and Documentation Support

Maximum-duty doors are often purchased under strict specifications. Instead of vague claims, we focus on clear documentation: how the assembly is built, what standards it is aligned to, and what labeling or test pathways apply to the project. Below are common standards and certification support points requested for 14-gauge security and institutional doors.

ISO 9001 badge icon

ISO 9001:2015

Quality management system

Supports consistent manufacturing processes, inspection routines, and controlled documentation across multi-opening schedules.

UL 10C icon

UL 10C (project dependent)

Fire-rated door assembly pathway

For projects requiring UL 10C-aligned fire-rated assemblies, we coordinate rated configurations, documentation, and compatible hardware/seals as required by the listing.

CE icon

CE marking support (project dependent)

Export market compliance documentation

For certain markets and product configurations, CE-related documentation may be available to support procurement and customs requirements.

BS 476 icon

BS 476 documentation support (project dependent)

Fire test documentation pathway

Where BS 476 documentation is required, we can align the project package to the appropriate scope and configuration requirements.

Documentation You Can Request

  • Submittal drawings and door schedule mapping
  • Hardware prep notes and reinforcement details
  • Coating and finish data sheets (project dependent)
  • Inspection and packaging checklists (project dependent)
Door and frame performance
  • ANSI/SDI A250.8 (performance and duty level definitions)
  • ANSI/SDI A250 series (steel door and frame guidance)
Duty level alignment depends on the complete construction, reinforcements, and project definition, not gauge alone.
Fire and life-safety (when specified)
  • UL 10C / NFPA 252 (fire test pathways, project dependent)
  • NFPA 80 (installation and maintenance guidance, project dependent)
Fire rating is an assembly decision; hardware, frames, seals, and installation method must match the listing.
Security and specialty (when specified)
  • ASTM F1233 (detention door component guidance, project dependent)
  • UL 752 (ballistic protection levels, project dependent)
Specialty performance requires engineering review, hardware coordination, and often third-party testing or labeling.
Note: Certifications, listings, and standard alignment depend on the final configured assembly, applicable market, and project documentation requirements.

Security Construction Features for Maximum-Duty Performance

For high-security and institutional projects, the door leaf is only one part of the security system. The best results come from aligning the leaf, frame, anchors, and hardware as a single engineered opening. Below are the construction features and upgrade paths commonly specified for 14-gauge maximum-duty openings, with a focus on reducing pry points, preventing hardware pull-out, and maintaining reliable latching over time.

Reinforced lock edge and strike zone

Heavy-duty reinforcements at the lock edge help keep latching consistent under abuse and reduce deformation from prying. Strike preparation, reinforcement, and frame strike protection are coordinated to the lockset and access-control hardware to avoid weak links at the most attacked point of the opening.

Hinge reinforcement and anti-sag strategy

Maximum-duty doors should be designed to resist hinge sag through correct reinforcement, hinge selection, and frame anchoring. Options may include upgraded hinge reinforcements, continuous hinge preparation, and coordination of closer forces to reduce long-term misalignment.

Welded seams and stiffener layouts for rigidity

Welded seam construction and engineered stiffener layouts reduce door twist and help the leaf stay square to the frame. This improves the reliability of latch engagement and helps maintain seal contact where smoke or acoustic control is required.

Pry-resistant edge and astragal options

Security edges, interlocking seams, and astragal strategies reduce access to pry points at the meeting edge and frame interface. These details are chosen based on single doors vs pairs, required clearances, and the hardware plan.

Protected fasteners and tamper resistance

In high-risk areas, fastener strategy matters. Where appropriate, we support protected fastener approaches, reinforced mounting points, and hardware choices that limit access to removable components.

Glazing protection and controlled cutouts

If the project requires vision, glazing systems must be specified with security in mind. We support reinforced framing for vision openings and coordinate glazing protection concepts so the opening stays rigid and compliant with the project requirements.

Security hardware reinforcement details on a maximum-duty steel door
Note: Security performance depends on the configured assembly, hardware selection, frame anchoring, and installation method. Request a project review for a specific recommendation.
Package

Forced-entry reinforcement package

Best for: Perimeter doors, sensitive commercial areas, and public-facing institutional openings
  • Enhanced lock/strike reinforcement coordination
  • Pry-resistant edge details and astragal planning
  • Upgraded hinge reinforcement or continuous hinge prep
  • Documentation of reinforcement scope in submittals
Package

Institutional / detention upgrade package (project defined)

Best for: Secure facilities with high abuse risk and strict procurement documentation
  • Hinge guard and reinforcement strategy
  • Security glazing support concepts (where vision is required)
  • Heavy strike box and protected fastener planning
  • Coordination to detention-related component requirements where specified
Package

Ballistic and blast-ready preparation (project defined)

Best for: Critical infrastructure, high-risk government facilities, and protected areas
  • Engineering review of performance requirement and weight impacts
  • Hardware and frame anchoring coordination for specialty performance
  • Support for third-party testing and labeling pathways where applicable

Customization Options for Institutional and High-Security Projects

14-gauge doors are rarely one-size-fits-all. Most buyers need the door built around a schedule: exact sizes, hardware sets, fire-rating requirements, and security upgrades that match each opening type. We support customization that stays submittal-friendly so approvals and installation move faster.

Sizes and configurations
  • Single doors, pairs, unequal leaf pairs, double egress
  • Custom widths/heights and specialty clearances by review
  • Transoms and sidelites where specified
Share your door schedule and wall type so frame throat and anchoring can be coordinated correctly.
Hardware preparation
  • Mortise and cylindrical lock prep
  • Exit device prep (rim, surface vertical rod, concealed vertical rod by project)
  • Closer reinforcements and coordinator prep (pairs)
  • Electrified options: raceways, power transfer, electric hinge prep, DPS contacts (by schedule)
Provide hardware set numbers and manufacturer templates if applicable.
Vision, louvers, and specialty cutouts
  • Vision lite preparation with reinforced framing
  • Louver preparation (where allowed by code/spec)
  • Project-defined service cutouts with reinforcement strategies
Cutouts impact rating and rigidity; we document limits and reinforcement scope in the submittal package.
Fire, smoke, acoustic, and specialty performance
  • Fire-rated assemblies up to 180 minutes (project dependent)
  • Smoke sealing strategies where required
  • Acoustic and specialty build-ups by project review
  • Ballistic and blast-ready configurations by request
Performance requirements must be defined at the opening level to avoid over-specifying the entire schedule.
Finish and corrosion protection
  • Galvannealed base material selection
  • Prime paint or factory powder coat
  • Stainless wraps for harsh exposure
  • Kick plates and armor plates for high-abuse environments
Environment and handling conditions should be disclosed to avoid premature coating failures.
Custom steel door hardware prep and schedule-based manufacturing
1. Share your schedule and requirements
Send the door schedule and any specification excerpts that define duty level, fire-rating, and security requirements.
2. Engineering review and submittal package
We confirm construction, reinforcements, and hardware prep, then return submittal-ready drawings and a compliance notes matrix.
3. Drawing approval and production
After approval, doors are produced and labeled per the schedule with QC checkpoints focused on hardware zones and dimensional accuracy.
4. Packaging and shipment
Packaging is selected to protect edges and finishes; shipments are planned around jobsite sequencing and receiving capabilities.
MOQ
MOQ depends on configuration, finish, and documentation scope. Many B2B schedules can be quoted in project quantities; higher customization and specialty performance may increase minimums.
Lead Time
Typical production lead time is often 25-45 days after drawing approval for standard configurations, with project-dependent variation for specialty performance, finishes, and hardware complexity.
Shipping
Export packaging and shipping timelines are coordinated based on destination, incoterms, and jobsite sequencing requirements.
RFQ Checklist
  • Door schedule with opening numbers, sizes, and handing
  • Wall type (masonry, concrete, steel stud) and frame throat requirements
  • Fire rating and smoke requirements (by opening, if applicable)
  • Hardware sets and preferred brands/templates
  • Security upgrades needed (astragals, hinge guards, glazing protection, etc.)
  • Finish requirement and environment exposure
  • Quantity by opening type and required delivery timeline
  • Destination country/port and packaging requirements

FAQ: 14-Gauge Maximum-Duty Steel Doors

Request Pricing, Lead Time, and Submittals for 14-Gauge Steel Doors

Send us your 14 gauge steel door schedule and performance requirements, and we will return a submittal-ready package with recommended construction, hardware prep notes, and delivery guidance. We help B2B buyers avoid weak-link failures by aligning the leaf, frame, anchors, and hardware to the duty level intent and any fire or specialty requirements.

  • Door schedule (sizes, handing, quantities)
  • Wall type and frame throat requirements
  • Fire rating and smoke requirements (if applicable)
  • Hardware sets and electrified hardware needs
  • Security upgrades needed (astragals, hinge guards, glazing protection, etc.)
  • Finish requirement and environment exposure
  • Destination and packaging requirements
All configurations, ratings, and compliance details are project-defined and depend on the complete assembly, hardware, and installation method.
Request a quote for maximum-duty 14-gauge steel doors