Please fill out the form below to request a quote or to request more information about us. please be as detailed as possible in your message, and we will get back to you as soon as possible with a response. we're ready to start working on your new project, contact us now to get started.
How To Develop A Complete Fire-Rated Glass And Door Package With One Manufacturer
2026-10-23
2
A fire-rated glass and door package can simplify procurement and coordinationbut only when every component is selected for its intended location and documented as part of an approved assembly. Sourcing products from one manufacturer may help align drawings, schedules, and delivery. It does not, by itself, establish code compliance or make separately tested products compatible.
The project team should begin with the buildings code requirements and the specific openings or partitions involved. Then it can select and verify complete assemblies, coordinate their interfaces, and confirm that the documentation matches the products being installed.
Identify the assemblies the project needs
A package may include several product types:
- Fire-protective glazing: Glass used in a listed window, door vision panel, or other approved opening. Its permitted size, location, rating, and ability to limit heat transmission depend on the tested assembly and applicable code.
- Fire-resistance-rated glazing: Glazing that forms part of an assembly tested to fire-resistance standards. It may be permitted in locations where fire-resistance performance is required, subject to the applicable listing and code.
- Fire-rated glazed doors: Door leaves, glazing, frames, glazing materials, seals, and hardware must be compatible with the relevant tested or listed door assembly.
- Steel fire doors: Opaque doors commonly used where a robust fire barrier is needed. The door, frame, hardware, and installation must meet the requirements of the applicable listing.
- Fixed glazed partitions and framing: These must be selected as complete, compatible systems when a fire-rated partition is required. A fire-rated pane alone does not establish the rating of the surrounding wall or partition.
- Associated components: Depending on the assembly, these may include closers, latches, hinges, glazing beads, seals, anchors, and other hardware.
The required products should be determined from the projects code analysis, life-safety plans, door and partition schedules, and the requirements for each openingnot simply from a general preference for a particular glass type.
Match each assembly to its required performance
Fire ratings are not interchangeable across product categories. The relevant test or certification route depends on the assembly and jurisdiction. Common examples in North America include:
- Fire doors: NFPA 252 or UL 10C
- Fire window assemblies: NFPA 257 or UL 9
- Fire-resistance-rated wall assemblies: ASTM E119 or UL 263
- Safety glazing, where required: CPSC 16 CFR Part 1201 or ANSI Z97.1
These are examples, not a universal specification. The adopted building and fire codes, project location, authority having jurisdiction, and current listing determine what applies. Other countries and regions use different standards and certification systems.
The design team should confirm, for each opening or partition:
- The required fire-protection or fire-resistance rating.
- Whether the application requires limits on heat transfer, radiant heat, or temperature rise.
- Permitted glazing dimensions and framing configuration.
- Whether impact-safety performance is also required.
- Whether the assembly must meet hose-stream or other additional test criteria.
- Any restrictions on location, opening area, hardware, or installation.
A fire rating on glass should not be treated as a rating for any door, frame, or wall into which it might fit. The approved assembly and its conditions of use govern.
Coordinate doors, glazing, partitions, and frames
An integrated package can reduce gaps between schedules and drawings, especially when one supplier provides multiple components. For coordination to be effective, the project team should check that:
- Door, frame, glazing, and hardware specifications correspond to the same approved assembly.
- Frame profiles, glazing pockets, beads, seals, and anchorage match the tested or listed configuration.
- Opening dimensions and permitted glass sizes fall within documented limits.
- Door operation, clearances, latching, and closing requirements are addressed.
- Transitions between doors, fixed partitions, and adjacent construction are detailed.
- Each assemblys fire rating and any additional performance requirements are shown on the drawings and schedules.
Using a single source may make it easier to obtain coordinated shop drawings and consolidated documentation. However, responsibility for reviewing the proposed assemblies against the code and project requirements remains with the design and construction team.
Collect documentation for every assembly
Request documents that identify the exact product and configuration being proposed. Depending on the system and jurisdiction, the submittal package may include:
- Product data sheets and assembly descriptions.
- Applicable test reports, certification records, and listing information.
- The listing directory entry or other verifiable certification record, where applicable.
- Maximum tested or approved dimensions and permitted applications.
- Shop drawings showing glass, framing, door construction, hardware, seals, anchors, and interfaces.
- Installation instructions, including requirements for substrates, fasteners, clearances, and field modifications.
- Safety-glazing documentation when required.
- Maintenance and inspection instructions.
- Identification of any substitutions, limitations, or departures from the approved configuration.
Check that product names, ratings, dimensions, hardware, and framing details in the documents match the project schedules. If a proposed change affects a listed assembly, obtain written confirmation from the manufacturer or certification body and approval from the relevant design professional or authority as required.
Manage customization, samples, and production in stages
Customization is best addressed early, before drawings and procurement are finalized. Confirm dimensions, finishes, hardware, glass appearance, performance requirements, and installation conditions before approving production drawings.
Samples can help the team assess color, transparency, surface finish, and visual compatibility. They do not demonstrate that a full assembly meets its required fire performance. Confirm performance through the relevant test, listing, or certification documentation.
A practical production workflow is:
- Establish requirements: Confirm the code basis, ratings, locations, dimensions, and interfaces.
- Review the proposed system: Verify that the proposed products are approved for the intended application.
- Approve coordinated drawings: Resolve dimensions, hardware, framing, and transition details.
- Release production: Proceed only after specifications, submittals, and schedule are aligned.
- Inspect and install: Follow the manufacturers instructions and approved documents; record any field changes.
- Close out: Retain product identification, certification records, approved drawings, and maintenance information.
Early coordination can reduce avoidable revisions and delivery conflicts, but schedule or cost savings depend on the project and should not be assumed.
Provide the information needed for a proposal
To evaluate a coordinated package, a manufacturer or supplier will typically need:
- Project location and applicable code or certification requirements.
- Architectural drawings, life-safety plans, and door or partition schedules.
- Required ratings and intended applications for each opening.
- Opening dimensions, quantities, and any unusual site conditions.
- Desired glass appearance, finishes, hardware, and accessibility needs.
- Existing framing or adjacent systems that the proposed products must connect to.
- Submittal, sample, approval, and delivery milestones.
- Any budget parameters or approved product constraints.
The proposal should identify the specific assemblies offered, their documented performance, limitations, exclusions, and required interfaces. Where information is incomplete, the supplier should state the assumptions used rather than implying that compliance has been established.
A coordinated package still requires independent verification
Working with one manufacturer can simplify communication and help align product documents. It does not guarantee that every component is suitable for every location, that a complete assembly is code-compliant, or that the authority having jurisdiction will approve it. Verify each assembly against the adopted codes, project documents, and applicable certification records, and confirm installation follows the approved instructions.
Table of Contents
GET IN TOUCH WITH Us
recommended articles
Good news: Hengbao and Malaysia's Nanxing Glass Group have jointly developed the EI60 and EI120 fire rated door with partition system, which has successfully obtained SIRIM certification from the Malaysia Institute of Scientific Innovation and Industrial Research (SIRIM Berhad). This makes Hengbao the first company whose EI120 fire rated door with partition system has received SIRIM certification. The collaboration between Hengbao and Nanxing Glass Group marks a significant milestone in their shared success story!
Rama 9 Hospital is a high-end comprehensive private hospital in the core urban area of Bangkok, certified by JCI. It features a newly expanded specialized medical complex designed with modern transparent architectural principles, where extensive glass surfaces mitigate spatial oppression and create a comfortable, bright clinical environment. The corridors, consultation rooms, and evacuation routes are uniformly constructed with 15 mm Fpos crystal silicon fire-resistant glass, utilizing EW120 fire rated doors with Panel. This material exhibits dual properties of 120-minute fire integrity resistance and thermal radiation protection; during fires, its interlayer rapidly foams to extinguish flames and block smoke, ensuring reliable safety for both medical staff and patients during evacuation. The glass maintains consistent transparency and cleanliness without fogging or yellowing, meeting practical requirements for hospital lighting and healthcare visualization while harmonizing with contemporary medical aesthetics and complying with stringent fire safety regulations while preserving overall architectural integrity.
On the afternoon of November 27, the Jiangmen Construction Industry Association, the Real Estate Industry Association, and the Huagong Jiangmen Alumni Association jointly organized a thematic inspection event titled "Linking Industries, Creating the Future," bringing together representatives from over 40 enterprises to visit Guangdong Hengbao Security Technology Co., Ltd. The event aimed to foster deeper integration between the construction and real estate sectors and their upstream and downstream industrial chains, establish practical cooperation frameworks, and explore new collaborative opportunities.
As an extended government space for judicial case handling, file storage and visitor inquiries, Macau Public Prosecutions Office Building (Phase II) features a steady and solemn design with a mild and elegant office atmosphere. Hengbao EI60 fire rated glass doors are adopted for all case-handling compartments and corridor passages. The glass is 25mm crystal silicon fire-resistant glass, and the door frames are finished with wood grain thermal transfer technology, reproducing delicate natural wood textures to avoid the cold and stiff look of ordinary steel frames, which well matches the low-key and grand decoration tone of government premises. The doors provide 60-minute integrated fire and heat insulation protection. In case of fire, the interlayer of the glass foams rapidly to block flames and smoke, leaving sufficient evacuation time for staff and visitors and complying with strict fire safety codes for Macau judicial buildings. The crystal-clear glass is free of fogging and color difference, facilitating cross-room inspection and communication, and perfectly combines reliable fire safety performance with the gentle and refined texture of judicial office spaces.
Chen Wolins story is one of dedication and relentless commitment. For over two decades, he has specialized in the field of nano-silicon (crystalline silicon) fire-resistant glass, not only filling a technological gap in China but also driving progress across the entire industry.
Catholic Centre Macau is a comprehensive public service venue open to citizens, featuring an understated and gentle overall design with transparent and spacious zoning that enables all kinds of communities to hold exchange activities. The indoor partitions and passage doors of the project are constructed with Hengbao EI60 fire rated glass doors, EI60 & EI120 fire rated steel doors and EI120 fire rated partitions, fully complying with Macau’s fire safety approval standards for public buildings. This fire-resistant glass delivers outstanding fire and heat insulation performance. In the event of a fire, the internal fire-resistant adhesive quickly absorbs heat and expands into an opaque fireproof panel to isolate open flames and high-temperature flue gas, securing safe evacuation for people inside the venue. Made of Hengbao crystal silicon fire-resistant glass, the panels boast a bright and flawless appearance with no fogging or color difference. The unobstructed sightlines simplify venue management and flood the interior with soft natural light, matching the simple and tranquil spatial temperament of the Catholic Centre. It skillfully combines professional and reliable fire protection performance with the soft, elegant aesthetic of public spaces.
On July 11,2025, the National Fire and Rescue Administration, the Ministry of Public Security, and the State Administration for Market Regulation jointly issued the "Work Plan for Comprehensive Rectification of Fire Product Quality and Safety Throughout the Entire Supply Chain," launching a nationwide campaign to address quality and safety issues across the entire fire product supply chain. This initiative aims to resolutely prevent and mitigate potential risks, effectively safeguard peoples lives and property, and establish a robust, integrated supervision mechanism covering the entire lifecycle of fire products.
AIA in Macau is located in the core area of the Nam Wan Central Business District, serving as a landmark Grade A lakeside office building in the local area. The entire building features a modern all-glass curtain wall design, with a transparent facade complemented by expansive lake views. The interior office zones are characterized by a minimalist and elegant layout, balancing commercial sophistication with natural lighting demands. For office partitions and fire evacuation zones, 25mm & 45mm Fpos crystal silicon fire-resistant glass is selected, along with custom EI60 & EI120 fire rated glass doors and fire rated partitions. The products can stably maintain fire integrity and heat insulation performance for 60 and 120 minutes respectively, meeting the strict fire safety regulations for high-rise commercial buildings in Macau, thereby establishing a solid safety barrier for office occupants. The glass delivers high transparency with pure and soft visual effects, without obstructing indoor daylight and landscape views. It perfectly matches the minimalist and upscale commercial decoration style of the office building, achieving a perfect balance between fire safety and spatial aesthetics.
King Mongkut Chaokhunthahan Hospital is an integrated medical and research complex developed by Rajamangala University of Technology Thaipradit in Ratchaburi Province, Thailand. Located in the core area of the Eastern Economic Corridor (EEC), the building features a boundary-free modern design with extensive floor-to-ceiling glass panels combined with curved eaves, creating a spacious and serene therapeutic environment. Fire-resistant partitions and patient access corridors throughout the facility utilize EW120 fire rated doors made from 15 mm Fpos crystal silicon fire-resistant glass, which offer 120 minutes of fire integrity resistance and thermal radiation barrier performance. During fire exposure, the interlayer rapidly foams to absorb heat, effectively blocking smoke and residual heat, thereby ensuring comprehensive safety for patient and staff evacuation. The glass maintains high transparency under normal conditions without yellowing or fogging, perfectly complementing the hospital's minimalist and contemporary architectural facade. It balances robust fire resistance with visual clarity and aesthetic appeal, meeting both lighting requirements and stringent fire safety standards for medical spaces.
Hong Kong North Point Fushan is a premium mixed-use commercial and residential development in the core area of North Point on Hong Kong Island,boasting convenient transportation access and stunning urban views.Its architectural features—including public corridors,atrium zones,and lobby partitions—must simultaneously comply with stringent Hong Kong fire safety regulations and modern spatial aesthetics.The entire building employs uniformly 28mm thick composite insulating fire-resistant glass.This reinforced glass exhibits exceptional fire resistance and insulation: during a fire incident,its central fire-resistant adhesive layer rapidly foams and solidifies,effectively blocking flames,dense smoke,and high-temperature radiation while reliably dividing fire compartments to ensure adequate evacuation time.The multi-layered structure offers outstanding impact resistance,sound insulation,and UV resistance,making it well-suited for Hong Kong's humid and rainy climate.The transparent glass,combined with a minimalist narrow-frame design,significantly enhances indoor lighting while minimizing the visual weight of partitions,seamlessly integrating with the project's sophisticated,contemporary interior design.This development achieves a perfect balance between fire safety,practical functionality,and visual appeal,seamlessly combining fire protection with aesthetic space planning.