Detailed Description

Detailed description for this product. Click to learn more.

Portwest FR64 Trousers: Aluminized Shield Engineering, Molten Metal Protection, and Extreme Thermal Safety

The FR64 trousers are specialized protective equipment for heavy metallurgy and foundry environments, where the operator faces critical risks of exposure to projections of molten metals. This model uses advanced Aluflame™ technology, a multi-layer textile structure that maximizes the reflection of radiant heat and minimizes heat absorption by contact. It is the ultimate safety tool for blast furnace specialists, foundry workers, and maintenance personnel in extreme heat environments where protection against iron and aluminum splashes is mandatory.

Why is this equipment vital for operation?

  • Aluflame™ Thermal Reflectance Technology: The treated outer surface acts as a thermal mirror, deflecting most infrared energy before it reaches the internal fiber structure. This property is crucial for reducing the thermal load on the worker's body, allowing for prolonged operating hours in direct proximity to high-temperature sources.
  • Superior Resistance to Critical Splashes (Class E3): Specifically certified to withstand the projection of large quantities of molten metal, these trousers provide a safety barrier that allows for safe evacuation or the execution of control maneuvers in case of a pouring process failure. The fabric density prevents liquid metals from penetrating, avoiding serious burn injuries.
  • Industrial Safety Geometry: The design of the FR64 prioritizes total coverage of the lower limbs with a technical cut that minimizes surfaces where molten metal could accidentally lodge. Its ergonomics facilitate fluid movements for tool handling, ensuring that protection does not hinder the agility required on the foundry line.

Structure and Technical Details Analysis

The FR64's architecture is designed for durability under thermal stress. The seams are made with high-performance flame-retardant technical threads, preventing any point of weakness when exposed to heat. The design includes adjustment elements that secure the garment even when worn over additional personal protective equipment.

  • Base Material: Bizflame™ Aluflame (94% Cotton, 5% Carbon Fiber, 1% Antistatic Yarn) with an aluminized finish.
  • International Certifications: EN ISO 11612 (A1, B1, C1, D3, E3, F1), EN ISO 11611 (Class 2), EN 1149-5.
  • Operational Configuration: Side pockets with technical protective flaps, waist adjustment with heavy-duty metal snaps, industrial cut design for use over safety boots, and reinforced seams to prevent tear propagation.
  • Operational Resistance: Fabric treated to maintain its reflective and mechanical properties after use in aggressive temperature environments, with optimized dimensional stability for industrial washing.
Detailed description for this product. Click to learn more.

Portwest FR64 Trousers: Aluminized Shield Engineering, Molten Metal Protection, and Extreme Thermal Safety

The FR64 trousers are specialized protective equipment for heavy metallurgy and foundry environments, where the operator faces critical risks of exposure to projections of molten metals. This model uses advanced Aluflame™ technology, a multi-layer textile structure that maximizes the reflection of radiant heat and minimizes heat absorption by contact. It is the ultimate safety tool for blast furnace specialists, foundry workers, and maintenance personnel in extreme heat environments where protection against iron and aluminum splashes is mandatory.

Why is this equipment vital for operation?

  • Aluflame™ Thermal Reflectance Technology: The treated outer surface acts as a thermal mirror, deflecting most infrared energy before it reaches the internal fiber structure. This property is crucial for reducing the thermal load on the worker's body, allowing for prolonged operating hours in direct proximity to high-temperature sources.
  • Superior Resistance to Critical Splashes (Class E3): Specifically certified to withstand the projection of large quantities of molten metal, these trousers provide a safety barrier that allows for safe evacuation or the execution of control maneuvers in case of a pouring process failure. The fabric density prevents liquid metals from penetrating, avoiding serious burn injuries.
  • Industrial Safety Geometry: The design of the FR64 prioritizes total coverage of the lower limbs with a technical cut that minimizes surfaces where molten metal could accidentally lodge. Its ergonomics facilitate fluid movements for tool handling, ensuring that protection does not hinder the agility required on the foundry line.

Structure and Technical Details Analysis

The FR64's architecture is designed for durability under thermal stress. The seams are made with high-performance flame-retardant technical threads, preventing any point of weakness when exposed to heat. The design includes adjustment elements that secure the garment even when worn over additional personal protective equipment.

  • Base Material: Bizflame™ Aluflame (94% Cotton, 5% Carbon Fiber, 1% Antistatic Yarn) with an aluminized finish.
  • International Certifications: EN ISO 11612 (A1, B1, C1, D3, E3, F1), EN ISO 11611 (Class 2), EN 1149-5.
  • Operational Configuration: Side pockets with technical protective flaps, waist adjustment with heavy-duty metal snaps, industrial cut design for use over safety boots, and reinforced seams to prevent tear propagation.
  • Operational Resistance: Fabric treated to maintain its reflective and mechanical properties after use in aggressive temperature environments, with optimized dimensional stability for industrial washing.

FR64 Industrial Trousers | Metal Splash Protection | Aluflame™

SKU:FR64NARS

Regular price
$ 5,842.87
Sale price
$ 5,842.87
Regular price
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Brand
PortWest
Recommended Genre
Unisex
Composition
Aluflame Work: 43% Cotton, 30% Viscose, 20% acrylic, 6% Paramide, 1% Carbon fiber
Characteristics
Bloqueo UV Superior al 98%, Resistente a las arrugas, contra salpicaduras de metal fundido, and C...  Read more
Normas y Certificaciones

IEC 61482-2 / 1-2: IEC 61482-2 IEC 61482-1-2 APC 1

IEC 61482-2 / 1-1: IEC 61482-2 IEC 61482-1-1 ELIM 8.1 CAL/CM²

ASTM F1959/F1959M: ASTM F1959/F1959M-14e1 ATPV=13 Cal/CM2 (HAF=84.9%)

ISO 11612: EN ISO 11612 A1+A2, B1, C1, D3, E3, F1

EN 1149-5: EN 1149-5