Product Features
- Advanced Fiberglass Weave:Crafted from high-density, 100% E-Glass fiberglass fabric (weighing, for example, 430g/m² to 600g/m² depending on model), engineered for exceptional thermal resistance up to 550°C (1022°F) continuous exposure and even higher flash points. This specific weave prevents fiber shedding and enhances durability.
- Certified Fire Performance:Independently tested and certified to meet stringent international safety standards, including EN-1869:2019, CE, and ASTM F1989. Our products come with verifiable certificates, ensuring they perform when it matters most.
- Ergonomic & Rapid Deployment:Housed in a durable, bright red PVC soft case or a PVC bag with a convenient hook for wall mounting, featuring prominent, easy-to-grab quick-release pull tabs. Designed for single-person operation, allowing for immediate and intuitive deployment in emergency situations.
- Compact & Versatile Sizing:Available in industry-standard and customizable sizes to suit diverse needs: common sizes include 1m x 1m, 1.2m x 1.2m, 1.2m x 1.8m, 1.5m x 1.5m, and 1.8m x 1.8m. The compact design ensures easy storage in high-risk areas.
- Non-Conductive & Non-Toxic:Naturally electrically non-conductive and manufactured from inert, non-toxic materials, ensuring no harmful fumes are released when exposed to heat, making them safe for use in sensitive environments.3
- Effective on Key Fire Types: Our fiberglass blanket for fire are exceptionally effective at smothering small, contained fires, particularly cooking oil and fat fires (Class F/K), as well as being suitable for small flammable liquid (Class B), electrical (Class C), and ordinary combustible (Class A) fires.
Fiberglass Blanket – Your Unwavering Shield
Equip your business with the ultimate in rapid fire suppression: our premium Fiberglass Blankets. Designed for critical safety applications across homes, commercial kitchens, industrial workshops, laboratories, and maritime environments, our blankets provide an immediate and effective response to small fires, protecting both personnel and assets. To learn all different materials of fire blanket, please check here.
Understanding Fiberglass Fire Blanket Specifications: GSM and Thickness
The performance of a fiberglass fire blanket is significantly influenced by its fabric’s weight (GSM) and thickness. GSM, or grams per square meter, indicates the density of the fabric, while thickness refers to the material’s physical depth. Generally, a higher GSM and greater thickness correlate with enhanced thermal mass, insulation capabilities, and durability, making the blanket more robust for specific fire scenarios.
The table below provides a guide to typical GSM and thickness ranges we offer, along with their suitable applications. Please note that exact specifications may vary slightly by product model.
| Specification Category | Typical GSM (g/m²) | Approximate Thickness (mm) | Key Characteristics & Performance | Suitable Applications |
| Light-Duty / Household | 350 – 450 | 0.35 – 0.45 | Highly flexible, easy to store. Good for quick response to small fires. | Home kitchens, caravans, small workshops, camping. |
| Standard / Commercial | 450 – 600 | 0.45 – 0.60 | Excellent balance of thermal performance and handling. Meets most certification requirements like EN-1869. | Commercial kitchens, small businesses, schools, laboratories, general industrial use. |
| Heavy-Duty / Industrial | 600 – 800+ | 0.60 – 0.80+ | Enhanced thermal mass and durability for more demanding environments. Robust and resilient. | Welding areas, heavy industry, marine vessels, large workshops, areas with higher potential for fire intensity. |
Choosing the Right Fire Blanket: Fiberglass vs. Other Materials
Selecting the ideal fire blanket material is crucial for effective fire safety. The table below compares common fire blanket materials to help you make an informed decision for your specific application.
| Feature / Material | Our Fiberglass Fire Blankets | Wool Fire Blankets | Aramid Fiber Fire Blankets (e.g., Nomex, Kevlar) | Silica Fiber Fire Blankets |
| Continuous Temp. Range | Up to 550°C (1022°F) | Up to 300-400°C | Up to 200-260°C (retains integrity at higher) | Exceeds 1000°C (1832°F) |
| Primary Fire Types | Class F/K (cooking oil/fat), Small A, B, C | Small A, some B (less effective on liquid) | Specialized (personal protection, flash fires) | Extreme high-temp industrial (e.g., welding, molten metal) |
| Electrical Conduct. | Non-conductive | Generally non-conductive | Non-conductive | Non-conductive |
| Weight/Flexibility | Lightweight & Flexible | Heavier & bulkier | Very Lightweight & Flexible | Rigid & Heavy |
| Cost | Cost-effective for high performance | Moderate | Significantly Higher | Highest |
| Durability | High, durable for repeated use if undamaged | Moderate, can be subject to wear | Extremely high (tensile strength, abrasion) | High, but can be brittle |
| Skin Irritation | Potential for minor irritation (minimized by weaving/handling) | Minimal (softer hand feel) | Minimal to none | Can be abrasive |
| Advantages | Optimal balance of performance, safety, and value; in-house weaving for quality control. Certified to EN-1869, CE, ASTM F1989. | Natural flame resistance, softer. | Exceptional strength-to-weight, doesn’t melt/drip. | Highest temperature resistance, excellent insulation. |
| Considerations | Handle by pull tabs to minimize fiber contact. | Lower temp limit, can absorb liquids if untreated. | High cost, typically used for PPE. | Very high cost, specialized use, less flexible. |
Why Fiberglass Remains a Top Choice？
For the vast majority of commercial, industrial, and household fire suppression needs, fiberglass fire blankets offer the optimal balance of superior heat resistance, certified safety, ease of deployment, durability, and cost-effectiveness. Our commitment to in-house weaving and stringent quality control ensures you receive a premium fiberglass product that performs reliably when it matters most, making it the smart and safe investment.
Why Partner with Our Factory for Fiberglass Fire Blankets?
Unlike many suppliers, we have complete control over our raw materials. We operate our own state-of-the-art weaving facility, utilizing advanced looms such as specialized Fiberglass Air Jet Looms and High-Speed Rapier Looms. This allows us to precisely control the thread count, weave pattern, and density of the fabric, ensuring optimal thermal performance and durability for every blanket. This deep-rooted technical expertise and vertical integration mean a superior, more consistent product. Our engineering team continuously refines production parameters to maximize heat resistance and minimize fiber migration, delivering blankets with superior performance characteristics that meet or exceed industry expectations.
Quality isn’t just a buzzword for us; it’s the foundation of our operation. All our fiberglass blanket for fire undergo stringent in-house quality control, from raw material inspection to final product testing. Beyond our internal protocols, our products carry essential international certificates like EN-1869:2019, CE, and ASTM F1989, verified by third-party laboratories. This commitment to certified quality provides indisputable proof of our blankets’ effectiveness and reliability, safeguarding your reputation and your clients’ safety.
With a substantial production capacity of 600,000 units per month or over 20,000 square meters of fabric daily, we’re perfectly positioned to fulfill orders of any scale – from small, specialized batches to large, recurring bulk requirements. Our highly efficient production lines and robust supply chain management enable us to commit to and consistently meet agreed-upon deadlines, typically delivering within 1-2 weeks for standard orders for bulk shipments. This ensures your inventory is always stocked and your projects stay on schedule.
The efficacy of a fire blanket begins with its raw material. Because we weave our own fiberglass fabric, we ensure that only high-grade, virgin E-Glass fiberglass yarn from certified suppliers is used, known for its superior tensile strength and thermal stability. Every batch of raw material is traceable, allowing for complete transparency and accountability. This meticulous attention to material selection guarantees that our blankets are built from the best components, offering maximum fire suppression capabilities.
Our skilled craftsmen and production specialists uphold a legacy of meticulous workmanship. From precise cutting and robust edge stitching with fire-resistant thread to the secure attachment of pull tabs and expert packaging, every detail is carefully managed. We ensure a consistent, flawless finish on every fiberglass blanket for fire, reflecting the highest standards of quality and ensuring durability even in demanding environments.
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Frequently Asked Questions
While our fiberglass fire blanket safety are meticulously woven in-house to minimize loose fibers, it’s possible for microscopic fiberglass particles to be present, especially with frequent handling or after a fire incident. We recommend handling the blanket by its pull straps to avoid direct skin contact when deploying. If skin irritation or a sensation of splinters occurs, wash the affected area with warm water and soap, and gently use adhesive tape (like duct tape) to lift any remaining fibers from the skin. Avoid rubbing or scratching, as this can embed fibers deeper. For eye irritation, flush with plenty of water. Our blankets are non-toxic, and any skin irritation is typically temporary. If you still have concern about it, you can choose silicone fire blanket.
While E-Glass is our primary choice for fiberglass blanket for fire due to its excellent heat resistance and electrical insulation, other fiberglass types serve different applications:
- A-Glass (Alkali Glass): Similar to window glass, known for chemical resistance, often used in less demanding applications.
- C-Glass (Chemical Glass): Offers superior chemical impact resistance, often found in corrosive environments like chemical tanks and pipes.
- S-Glass (Structural Glass): Known for its very high tensile strength and modulus, used in high-performance applications such as aerospace and defense where extreme mechanical properties are critical.
- D-Glass: Characterized by its low dielectric constant, making it suitable for electrical applications requiring minimal signal interference (e.g., radar domes).
- We specifically choose and specialize in E-Glass for our fiberglass fire blanket safety because its balanced properties of thermal resistance, non-conductivity, and cost-effectiveness make it the optimal material for reliable and widely applicable fire suppression products that meet stringent safety standards.
When properly manufactured and integrated into a fire blanket, fiberglass material is safe to handle. Our fiberglass fire blankets are made from inert, non-toxic E-Glass fibers and do not contain asbestos or other harmful substances. Crucially, when exposed to fire, they do not melt, drip, or release harmful fumes, making them a safer option for fire suppression compared to many other materials.
E-Glass (Electrical Glass) is a specific type of fiberglass renowned for its excellent electrical insulation properties, high strength-to-weight ratio, and crucially for fiberglass fire blanket safety, its exceptional heat resistance. We use 100% E-Glass fiberglass fabric, which we weave in-house, because it provides the optimal balance of thermal performance and durability required to effectively smother fires up to 550°C (1022°F) without melting or igniting, making it the ideal material for certified fire safety.
Our in-house fiberglass weaving offers unparalleled quality control. It allows us to precisely manage the yarn quality, thread count, and weave pattern, ensuring uniform fabric density and consistent thermal performance across every blanket. This level of vertical integration means superior material integrity, minimal impurities, and a more reliable product compared to blankets made from externally sourced fabrics, guaranteeing a consistent, high-quality output.