Product Description
We are engaged in offering our clients this comfortable and excellent quality Fire Aluminized Proximity Suit at competitive prices. This suit is made from high grade aluminized fabric make this suit resistant to heat and flames. The offered suit comes with a jacket, hood, trousers and a safety shoe that prevents the overall body from extremely from harmful fluids and extremely high temperatures. Customers can buy the suit in different sizes as per their preference and choice. This suit is strong enough to protect the wearers from extreme temperature.
Product details
| Boot Height | 7 Inch |
| Boot Size | 7, 8, 9 |
| Closing Type | Zipper |
| Fabric Quality | 430 G/Sqm |
| Gloves Size | 14 Inches |
| Gloves Type | Full Fingered |
| Heat Resistant | 800-1000 Degree Celcious. |
| Hood Material | 2745 Standard Fiberglass |
| No Of Layer | 4 |
| Sleeves Type | Full Sleeves |
| Straps | Two Elasticized |
| Suit Weight | 11-12 Kg |
| Material | Aluminium |
| Product Type | Fire Suit |
| Size | Free Size |
| Pattern | Plain |
| Gender | Male |
| Usage/Application | Fire Safety |
Comprehensive Protection for Extreme EnvironmentsThis proximity suit covers the entire body, including head, torso, arms, legs, hands, and feet, ensuring maximum safety for the wearer. The multilayer construction, featuring an aluminized coating and integrated helmet, is engineered to reflect high levels of radiant heat and withstand severe fire conditions.
Innovative Material and DesignUtilizing a robust aluminized glass fiber exterior with heat-resistant, double-stitched seams, the suit delivers exceptional durability and flexibility. The inner wool or flame-retardant lining enhances thermal insulation, while features like gold plated polycarbonate visor and five-finger gloves add to both safety and user comfort.
Ideal for Multiple ApplicationsTailored for fire fighting, rescue missions, and use in metal or chemical industries, this suit performs efficiently in Class A, B, C, and D fire scenarios involving radiant heat. Its universal sizing and lightweight, adjustable design make it suitable for various operators.
FAQs of Fire Aluminized Proximity Suit:
Q: How does the aluminized proximity suit protect against extreme heat and flames?
A: The suit is constructed from aluminized glass fibre that reflects radiant heat and shields the wearer against temperatures up to 1200C (2192F). Its multilayer thermal insulation, including a wool or flame-retardant cotton lining, provides effective protection against flames and molten metal splashes.
Q: What are the main components included in the complete proximity suit set?
A: The complete set consists of a jacket, pant, integrated hood with a gold plated polycarbonate visor, five-finger aluminized gloves, and boots with fire-resistant soles and an aluminized exterior. This design ensures full-body protection, including head, hands, and feet.
Q: When should this proximity suit be used?
A: This suit should be used during fire fighting, rescue operations, and in metal or chemical industries where workers are exposed to high radiant heat, molten metals, or fire. It is suitable for environments classified under fire classes A, B, C, and D involving radiant heat hazards.
Q: Where can the Fire Aluminized Proximity Suit be applied most effectively?
A: The suit is effective in fire fighting teams, industrial rescue squads, and environments like foundries, metal processing plants, and chemical facilities, where there is frequent exposure to intense heat, open flames, and molten substances.
Q: What process ensures the durability of the suits seams and joints?
A: The suit features heat-resistant thread with double-stitching on all seams, which enhances durability and ensures the suit maintains a secure structure even under extreme temperatures and repeated use.
Q: How does the universal size benefit users?
A: The universal, loose and adjustable design ensures that the suit can easily accommodate a wide range of body sizes, allowing for quick donning during emergencies and increased comfort during prolonged use.