Emergency Blanket, Fire Extinguishing Blanket, Lab Fire Protection

Core Selling Points:

Laboratory Professional Design: Custom-designed for laboratories and chemical handling areas, considering the special nature of chemical fires, providing targeted protection, adapting to various experimental environments, reducing special fire risks by 85%.

Chemical Protection Enhancement: Surface silicone coating treated with special formula, possessing certain chemical corrosion resistance, capable of handling common laboratory acid, base, and organic solvent fires, protecting experimental equipment and personnel safety.

Precise Coverage Design: Size precisely calculated, perfectly fitting standard laboratory bench areas, with just-right coverage range, ensuring effective operation even in narrow laboratory spaces, controlling fires in precise areas.

Rapid Emergency Response: Optimized retrieval system design allows completion of retrieval and deployment within 2.8 seconds even when wearing laboratory gloves, 60% faster than ordinary fire protection equipment, gaining golden control time for laboratory fires.

Scientific Research Safety Guarantee: Passed laboratory-specific equipment safety testing, meeting strict safety standards of teaching and research institutions, protecting valuable experimental equipment and irreproducible research results from fire damage.

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Material and Craftsmanship:

This emergency fire blanket uses laboratory-grade fiberglass material processed through high-density precision weaving technology, forming a uniform dense fireproof base layer, with fiber density reaching 545 fibers per square centimeter. The surface uses special formula silicone coating treatment, with the inner layer enhancing heat resistance to 870°C and the outer layer adding chemical corrosion resistant components, capable of resisting erosion from common laboratory acids, bases, and organic solvents, ensuring stable performance in chemical fires. The product edges use multiple reinforcement processes with tensile strength up to 510N, adapting to laboratory precise operations and emergency handling needs. The box uses chemical corrosion resistant material, passing triple treatment of acid-base proof, solvent proof, and heat resistance, maintaining integrity in complex laboratory environments over long periods. The back installation system provides multiple fixing options, compatible with key positions like laboratory walls and near fume hoods, installed firmly and reliably.

Color/Style Display:

This product is available in red box and white box options, with the fire blanket itself being standard white. The red box is highly visible, particularly suitable for installation in school laboratories, chemical research institutes, and other teaching and research places, facilitating quick location in emergency situations; the white box design is simple and elegant, suitable for pharmaceutical development, precision instrument laboratories, and other places with high requirements for environmental cleanliness and aesthetics. The box surface is printed with internationally recognized fire symbols and laboratory-specific markings, accompanied by concise instructions, allowing quick understanding of operation points even in emergency situations. The back features corrosion-resistant hooks and multi-functional fixing components, adapting to installation needs of various laboratory environments, ensuring safety and reliability in chemical-intensive areas.

Application Scenarios:

Chemical Experiment Fire: When chemical reactions get out of control causing fires, researchers can quickly retrieve the emergency fire blanket to cover the fire source, isolating oxygen within 3 seconds, effectively controlling fire spread, protecting valuable experimental equipment and research data.

Laboratory Electrical Equipment Failure: When experimental equipment catches fire due to overload or short circuit, after cutting off power, using the fire blanket for complete coverage can effectively control fire expansion, reducing damage to precision instruments and impact on experimental progress.

Organic Solvent Fire: When handling flammable organic solvents accidentally causes fires, using the emergency fire blanket can quickly cover and suppress the fire, preventing fire spread to surrounding chemicals, avoiding chain reactions and greater dangers.

Emergency Personnel Protection: When laboratory fires require evacuation, the emergency fire blanket can serve as a temporary protective barrier, wrapping and protecting researchers, isolating heat sources and harmful gases, safely passing through affected areas, improving laboratory personnel survival rates.

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Usage Method Steps:

Using the emergency fire blanket to deal with laboratory fires is simple and efficient: First, upon discovering a fire, immediately retrieve the fire blanket from the nearest wall or near the lab bench, grip the pull strap on the box; Second, pull the fire blanket outward forcefully and quickly unfold to full size; Finally, using a safe posture, approach from the side of the fire source, completely cover the fire source with the fire blanket, ensuring edges tightly press against the lab bench or ground, thoroughly cutting off oxygen supply. The product design considers laboratory operation characteristics, allowing smooth operation even when wearing laboratory gloves, without removing protective equipment. For chemical fires, attention should be paid to assessing the fire type, with special chemicals.  possibly requiring use in conjunction with specialized extinguishing agents, ensuring optimal fire extinguishing effect and personnel safety.

Maintenance Guide:

The emergency fire blanket is a one-time use product, requiring replacement with a new one after use. The shelf life in unused condition is 3 years, but considering the special nature of laboratory environments, it is recommended to replace every 2 years in areas with frequent chemical use, ensuring emergency equipment performance integrity. Products should be stored in dry, ventilated places, avoiding direct sunlight and chemical contact. The recommended laboratory installation height is 1.2-1.5 meters from the ground, or directly installed on the wall near lab benches, convenient for emergency access. As important safety equipment, dedicated personnel should be assigned for regularinspection of product appearance and packaging integrity, confirming no chemical contamination, undamaged pull straps, and secure installation. It is recommended to include fire blankets in laboratory safety training content, ensuring all researchers are familiar with their locations and correct usage methods, conducting regular emergency drills, improving laboratory safety response capabilities.