Fire Entry Jacket – Heat & Debris Resistant Top Layer
Technical Specifications
Outer Material: High-temperature-resistant aluminized or thermal fiber fabric
Insulation Layers: Multiple layers including vapor barrier and thermal padding
Heat Resistance: Protects against ambient heat up to 800 °C
Seam Stitching: Reinforced with Kevlar-thread stitching
Weight: Approx. 1.2–1.5 kg
Sizes: Free size with adjustable waist/cuffs; custom sizing available
Closure Type: Front zipper with storm flap and secure fasteners
Compatibility: Can be paired with entry pants or full entry suit
Features and Benefits
Thermal Protection: Shields upper body from heat and hot splashes
Durable Build: Kevlar-reinforced seams for longevity
Secure Fit: Zipper with storm flap and adjustable cuffs for better fit and protection
Mobility-Friendly: Lightweight design ensures ease of movement
Modular Assembly: Usable alone or as part of a full entry ensemble
Easy Maintenance: Detachable layers simplify cleaning and inspection
Customization Available: Optional reflective stripes, logos, and name tags
Applications and Use Cases
Furnace and boiler maintenance tasks
Foundry floor operations and metalworks
Aircraft Rescue Firefighting (ARFF) missions
High-heat welding, cutting, or stripping
Industrial fire and rescue tasks
Fire safety training and drills
Suitable Industry Types
Fire & Rescue Departments
Steel & Foundry Plants
Petrochemical Refineries
Heavy Engineering & Fabrication
Airport Emergency Teams
Industrial & Rescue Training Facilities
Packaging and Delivery
Packaging: Delivered in a reinforced bag with care manual
Delivery Timeline: 5–10 working days depending on size and configuration
Customization Options: Reflective trim, company logo embroidery, ID tags
Warranty: 12 months against manufacturing defects
Usage Note
Inspect jacket before and after each use—check seams, fasteners, and fabric condition. Hand-wash with mild detergent, rinse thoroughly, and air-dry out of sun. Store in a cool, ventilated, dry location. Replace jacket if signs of heat damage or insulation degradation occur.
