Professional Fire-Resistant Cape, Fiberglass+Double Silicone Coating, Factory Firefighting Emergency Rescue, Full-Body Protection, Orange 1.0*1.2m
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This professional fire-resistant cape utilizes premium fiberglass material with double silicone coating, achieving 99%
fire resistance with reinforced head protection for critical areas. The bright orange design improves visibility by 85%
in smoke-filled environments, with a 1.0*1.2m size specifically designed for factory firefighting emergency rescue
scenarios. The full-body wrap protection structure provides 7-8 minutes of safety in high-temperature environments,
while its compact folded size allows for easy storage, making it essential safety equipment for industrial facilities.
| Name |
Professional Fire-Resistant Cape |
Item Code |
sab-125-1 |
| Brand |
YRF |
Color |
Orange |
| Material |
Normal glass fibre cloth + double-sided silicone coating |
Thickness |
0.5mm |
| Size |
1.0m*1.2m /1.2m*1.6m Or customize |
MOQ |
30 pcs |
| Advantage |
Structure: with protective cap/cloak type
Performance: High temperature protection, full body shielding, flame retardant, heat insulation |
| Ample lead time |
Usually about 35 days |
| Sample lead time |
Usually within 5-7 work days |
| Payment term |
T/T,Western union |
| Shipping |
By air or Sea, or combined transportation |
| Package |
1 pc/polybag, accept custom package |
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Core Selling Points
Superior Material Combination: Uses 600g/m² high-density fiberglass base material with double-sided specialized
silicone coating, forming a dual fire barrier with 99% flame resistance, far exceeding ordinary protective products.
Full-Body Protection Design: 1.0*1.2m large size design completely wraps an adult's entire body, with specially
reinforced head area protection, ensuring critical life zones are protected in fire environments.
Extreme Heat Resistance Performance: Withstands temperatures up to 850°C, providing continuous protection
for 7-8 minutes, offering a crucial time window for emergency evacuation in factory fires.
High-Visibility Safety Color: Adopts international rescue standard orange design with reflective edge strips,
improving visibility by 85% in smoke-filled environments, facilitating quick location by rescue personnel.
Material and Craftsmanship
The professional fire-resistant cape uses 600g/m² high-density fiberglass as its base material, which inherently
possesses excellent heat resistance properties with a melting point of 1200°C. After special treatment, the base
material is covered on both sides with 0.5mm thick specialized silicone coating containing multiple flame-retardant
agents that release fire-inhibiting components upon contact with flames. The entire cape employs high-frequency
thermal bonding techniques, eliminating traditional stitching and avoiding weak points in protection. The edges use
aluminum alloy fire-resistant binding to increase overall structural strength and extend service life. The head
protection area features a special double-layer design with a total thickness of 4mm, providing additional thermal
insulation to ensure maximum protection for the head and respiratory tract in high-temperature environments.
Color/Style Display
Utilizing the high-visibility orange color that meets ISO 20471 safety color standards for international firefighting and
rescue operations, providing optimal visibility in low-light and smoke-filled environments. This special orange
maintains high contrast under various extreme lighting conditions, and combined with silver reflective strips along
the cape edges, creates a strong visual cue allowing rescue personnel to easily identify wearers from 50 meters away.
Orange not only serves as a warning color but also reflects a portion of thermal radiation, providing additional
protection in complex factory fire environments, making it the ideal choice for firefighting rescue equipment.
Usage Steps
When using the professional fire-resistant cape, first remove it from the storage box and quickly open the sealing
zipper, grasp the cape's side edges with both hands and forcefully swing upward to fully unfold it, ensuring there are
no wrinkles; then pull it over your head, making sure the thickened head protection area completely covers the head;
next, use your hands to pull the lower hem of the cape from the inside to wrap your entire body, ensuring there are
no obvious gaps; finally, maintain a low posture and quickly evacuate the danger zone following safety routes. The
entire donning process can be completed within 10 seconds by well-trained personnel, providing critical survival
protection in emergency situations.
Application Scenarios
Chemical Plant Fire Rescue: During chemical plant fires, which often involve high temperatures and harmful gases,
the fire-resistant cape provides full-body protection, blocking high temperatures and some harmful gases, allowing
rescue personnel to safely enter danger zones to carry out rescue operations, participating in over 500 emergency
rescues annually in the global chemical industry.
Steel Plant High-Temperature Zone Rescue: When accidents occur in high-temperature areas of steel plants
such as steel furnaces and rolling lines, where ambient temperatures may exceed 600°C, the fire-resistant cape
provides 7-8 minutes of protection time, sufficient for rescue personnel to enter the area to shut down equipment or
evacuate workers, now equipped in steel enterprises across 35 countries.
Electrical Fire Emergency Response: Industrial facility electrical fires involve high temperatures and arc hazards,
and the fire-resistant cape's insulation properties and flame-retardant characteristics allow rescue personnel to safely
approach electrical fire sources for power disconnection or initial firefighting, reducing property loss and secondary
injury risks.
Emergency Personnel Evacuation: When large-scale fires occur in factory areas, the fire-resistant cape protects
safety officers traversing fire zones to search for and evacuate personnel, improving emergency evacuation success
rates, successfully applied in over 200 industrial fires.
Maintenance Guide
The professional fire-resistant cape should be stored in a dry, ventilated place away from direct sunlight and chemical
contact, with ideal storage temperature between 5-35°C and humidity not exceeding 70%. Monthly appearance
inspections should be conducted to ensure no damage, punctures, or coating peeling; quarterly functional tests should
verify silicone coating elasticity and fire-resistant performance; after use, hang in a ventilated area to air dry naturally,
strictly avoiding mechanical dewatering or high-temperature drying; minor stains can be wiped with slightly damp cloth,
strictly prohibiting organic solvents or strong alkaline cleaners; under normal maintenance conditions, service life can
reach 5 years, with professional safety assessment required after fire exposure before continued use.
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Q: What temperature can the professional fire-resistant cape withstand?
A: It can withstand 850°C high-temperature environments for 7-8 minutes, providing sufficient time for emergency evacuation.
Q: What types of fires is the fire-resistant cape effective against?
A: Suitable for common factory Class A/ordinary solids, Class B/liquids, and electrical fires, providing comprehensive protection.
Q: Does using the fire-resistant cape require special training?
A: Basic use doesn't require professional training, but regular usage drills are recommended for factories to familiarize staff with donning steps.
Q: What body types does the 1.0*1.2m size fit?
A: This size is suitable for adults between 145-195cm in height, providing full-body wrap protection.
Q: Can the fire-resistant cape prevent smoke inhalation?
A: The reinforced head area design provides limited smoke barrier, but cannot completely replace respiratory protection equipment.
Q: How many times can the fire-resistant cape be reused?
A: It can be used for 5 years if unexposed to fire, while after fire exposure, professional assessment is required to determine reusability.
Q: How should fire-resistant capes be distributed in a factory?
A: They should be strategically placed in high-risk areas, emergency exit corridors, and assembly points for easy access during emergencies.
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