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.
What Should Buyers Know Before Ordering Fire-Rated Glass In Bulk?
2026-11-02
32
Fire-rated glass can help protect occupants and limit the spread of fire while preserving daylight and visibility. But selecting it for a large project is not simply a matter of choosing a thickness or a number of minutes. The product must be suitable for its location, tested and listed for the intended application, and installed as part of a compatible assembly.
Before requesting quotations, align the project team on the required performance, dimensions, documentation, quantities, and delivery plan. The following guide outlines the main considerations for contractors, architects, glazing firms, distributors, and facility managers.
Define the Required Fire Performance
Start with the building code, project specifications, and requirements of the authority having jurisdiction (AHJ). Confirm the location and function of each glazed opening, such as a door, sidelight, window, or partition, and identify the required fire-protection or fire-resistance performance.
These terms are not interchangeable:
- Fire-protection-rated glazing is tested to limit the passage of flames and hot gases for a specified period. Depending on its application and listing, it may not provide the same level of heat insulation as a fire-resistance-rated assembly.
- Fire-resistance-rated glazing is tested as part of an assembly intended to meet fire-resistance criteria, which may include limits on heat transmission as well as integrity.
A time rating alone does not establish suitability. Requirements can differ by opening type, location, wall rating, area limitations, and whether the glazing must also meet impact-safety criteria.
Relevant test standards depend on the application and jurisdiction. For example, fire-resistance-rated wall assemblies may be evaluated under ASTM E119 or UL 263, while glazing used in doors and windows may be tested under standards such as NFPA 252, UL 10C, NFPA 257, or UL 9. These standards are not interchangeable. Ask the design professional or supplier to identify the applicable test and listing for each opening, and confirm requirements with the AHJ.
Specify the Complete Glazing Assembly
Fire-rated glass is generally approved as part of a tested or listed assemblynot as a standalone pane. The approved configuration may include the glass, framing, glazing materials, anchors, hardware, and installation details.
For each opening, document:
- Required fire rating and applicable performance criteria
- Glass product and approved glazing configuration
- Frame type, material, and rating
- Maximum permitted glass size and exposed area
- Required impact-safety classification, where applicable
- Edge conditions, framing details, and hardware
- Any restrictions on orientation, installation, or field modification
Do not assume that a products rating transfers to a different frame or installation. Confirm that the proposed assembly matches the manufacturers listing and the project documents.
Build a Detailed Product Schedule
A clear schedule reduces quotation errors and helps coordinate production with construction. List each opening or group of identical openings, including:
Use verified project dimensions and clearly distinguish nominal sizes from fabrication sizes. Standard stock sizes may be available from some suppliers, but there is no single set of standard dimensions suitable for every product or listing. Confirm allowable sizes and tolerances with the manufacturer before finalizing the schedule.
Consolidate Quantities Without Losing Project-Specific Details
Group units that share the same product, thickness, rating, finish, and fabrication requirements. This can simplify purchasing and production, but do not combine items that require different listed assemblies or installation details.
Plan batch quantities against:
- Construction sequencing and site readiness
- Supplier lead times and production capacity
- Storage space and safe handling arrangements
- The cost and risk of ordering spare or replacement units
- The possibility of design changes before fabrication
For phased projects, agree whether units will be produced and shipped in stages or held for later release. Confirm how changes, cancellations, and replacement pieces will be handled after approval.
Coordinate Samples, Submittals, and Production
Samples can help the team assess appearance, color, texture, and compatibility with surrounding finishes. However, a sample by itself does not demonstrate that the proposed glazing assembly meets a fire rating. Review product labels, test reports, certification records, and listing details separately.
Before production begins:
- Submit shop drawings and a product schedule for review.
- Provide documentation showing the proposed assembly is appropriate for each application.
- Resolve discrepancies between the drawings, specification, and listing.
- Confirm final dimensions, quantities, finishes, and delivery phases in writing.
- Obtain written approval of the complete submittal package.
Ask the supplier to identify the point after which changes will incur additional cost or affect the delivery date. Do not authorize fabrication based solely on an appearance sample or an unverified verbal confirmation.
Verify Certifications and Documentation
Request documentation for the exact product and assembly being supplied. Depending on the project and jurisdiction, this may include:
- Listing or certification information from an accepted testing or certification body
- Test reports or product data identifying the applicable standard and configuration
- Labels or marking requirements for the glass and frame
- Installation instructions and permitted glazing materials
- Care, maintenance, and warranty information
- Country-of-origin or traceability documents, where required
Check that documents identify the relevant product, rating, size limits, and assembly conditions. A general brochure or a certificate for a different configuration may not establish compliance. Confirm acceptable certification bodies and documentation requirements with the design professional and AHJ.
Agree on Packaging, Delivery, and Receiving
Glass is vulnerable to impact and edge damage, so agree on packaging and handling before placing the order. Confirm whether units will be shipped on crates, racks, or pallets, how they will be secured, and whether unloading equipment is required.
The purchase order or delivery plan should specify:
- Delivery address, access restrictions, and unloading responsibilities
- Required delivery windows and phased shipments
- Packaging, labeling, and unit identification
- Procedures for reporting visible damage or shortages
- Inspection and claims deadlines
- Storage and handling requirements after delivery
Inspect shipments promptly and record damage before installation. Store glass as instructed by the manufacturer, in a protected area, and avoid handling or modifying it in ways that could invalidate the product listing or warranty.
Prepare for Repeat Orders
For repeat purchasing, keep an approved record of product codes, dimensions, finishes, assembly listings, suppliers, and prior submittals. Use revision-controlled schedules so that teams can distinguish current specifications from superseded ones.
A standard specification can make future quotations and procurement more consistent, but verify each new projects code requirements and opening conditions. Similar-looking openings may require different ratings or assemblies.
Bulk-Order Checklist
Before releasing an order, confirm that:
- The required performance is established for each opening.
- The proposed glass and frame form an approved assembly for that application.
- Dimensions, quantities, finishes, and fabrication tolerances are documented.
- Product labels, listings, and other compliance documents have been reviewed.
- Samples and submittals are approved before production.
- Batch sizes and shipment phases match the construction schedule.
- Packaging, unloading, inspection, and damage procedures are agreed upon.
- Installation and storage instructions will be available on site.
Careful coordination before fabrication can reduce rework, delivery problems, and compliance risks. For fire-rated glazing, the most important purchasing decision is not simply selecting a product with the right number of minutes; it is confirming that the complete, documented assembly is appropriate for its intended location and will be installed as approved.
Table of Contents
GET IN TOUCH WITH Us
recommended articles
From November 3 to 4, the 27th China International Door & Window & Curtain Wall Technology Exchange Seminar and the 3rd National Door & Window Distributors Conference were grandly held in Shanghai.
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.
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.
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.
On November 26,2025, a devastating fire erupted at Hongfu Garden in Tai Po, Hong Kong. As of December 9, the incident had claimed 160 lives, with approximately six people still missing. This deadliest fire disaster in Hong Kong in recent years has not only caused profound grief but also prompted deep reflection on building fire safety design. From a professional fire safety perspective, the tragedy exposed systemic failures in three critical aspects of fire protection design. Had any one of these three safeguards been effective, the severity of the tragedy could have been significantly mitigated or even entirely prevented.
On October 12, the CFIC2025 China Fire Safety Industry Conference and the 18th China Fire Industry Brand Summit were grandly held at the Beijing Guoce International Convention and Exhibition Center.
Many people believe that fire-resistant glass doors and windows simply consist of qualified fire-resistant glass paired with fire-resistant hardware, and once assembled, they meet all required standards for delivery.As a leading manufacturer specializing in the research, development, and production of fire protection systems, we must emphasize unequivocally: A truly compliant fire-resistant glass door or window that withstands fire testing constitutes a complete fire protection system, not merely a simple combination of components such as glass, profiles, hardware, and seals. Fire-resistant glass certified separately or hardware parts submitted for individual inspection may not pass comprehensive fire resistance testing when assembled together, let alone obtain full compliance certification—a key reason why numerous projects face acceptance challenges.
The Bangladesh Hazrat Shahjalal International Airport expansion project,serving as a core transportation hub driving the nation's economic growth,employs 52mm insulated composite fire-resistant glass in its construction,seamlessly integrating international safety standards with modern architectural aesthetics.The EI120 fire rated glass partition made from this glass exhibit exceptional fire resistance and thermal insulation capabilities,effectively withstanding high temperatures and thermal radiation for up to two hours,providing a robust safety barrier for the airport's massive passenger flow.Additionally,the 52mm insulated composite structure is stable,impact-resistant,resistant to cracking,and highly durable.Paired with a sleek and sophisticated partition frame,the design achieves a visually minimalist yet elegant appearance,combining superior fire safety performance with visual transparency and aesthetic appeal,perfectly aligning with the airport's open,contemporary spatial layout.