Aluminized Bolero

Code: WALC60553 Categories: ,

NF/EN/ISO 11612 – A1, B1, C3, D3, E3, F1

Code: WALC60553 Categories: ,
Available Sizes

S – 4XL

Available Colours

Aluminized Silver

Advanced Protection & Performance Standards

NF/EN/ISO 11612:
A1 – Flame Spread Resistance
B1 – Convective Heat Resistance
C3 – Radiant Heat Resistance
D3 – Molten Aluminium Splash Resistance
E3 – Molten Steel Splash Resistance
F1 – Contact Heat Resistance

The Aluminized Bolero is engineered for high-temperature industrial environments where radiant heat, molten splash and abrasive conditions pose significant risk. Its aluminized carbon–aramid outer shell reflects intense radiant heat and resists molten metal splash, while the FR, acid-resistant cotton lining enhances comfort and secondary thermal protection. All fastenings use FR hook-and-loop with aramid thread stitching for durable performance in harsh, high-movement conditions.

Key Features & Performance Highlights

Aluminized Carbon-Aramid Outer Layer
D59 FR and Acid-Resistant Cotton Lining
High Mechanical Strength
Optimised Weight and Thickness
FR Hook and Loop Closures with Aramid Stitching
Abrasion, Hydrolysis and Delamination Resistance

Click on any icon to explore more about each industry.

Smelters iconEngineered for molten splash resistance and radiant-heat reflection in furnace environments.
Reflects radiant heat from glass-forming and kiln processes.
Green and white man using a machine iconSupports workers exposed to high radiant heat and molten-metal proximity.
Welders iconAdds an essential protective layer against sparks, spatter and incidental heat.

Aluminized Carbon-Aramid Outer Layer
A carbon–aramid fabric laminated with aluminized foil.
Purpose-Engineered Benefit
Reflects radiant heat and provides top-tier protection against molten aluminium and molten steel splash.

D59 FR and Acid-Resistant Cotton Lining
A 300 g/m² flame-retardant, acid-resistant cotton inner layer.
Purpose-Engineered Benefit
Enhances comfort and adds secondary thermal and chemical protection.

High Mechanical Strength
≥8 daN tear strength (warp) and ≥9 daN (weft), plus 500-cycle folding endurance.
Purpose-Engineered Benefit
Provides long-lasting durability and resistance to high-movement strain.

Optimised Weight and Thickness
515 g/m² ±30 outer, 300 g/m² lining, 0.75 mm ±0.06 thickness profile.
Purpose-Engineered Benefit
Balances robust protection with comfortable, flexible wear for extended shifts.

FR Hook and Loop Closures with Aramid Stitching
Fastenings designed using flame-resistant closures and aramid-thread seams.
Purpose-Engineered Benefit
Maintains garment stability and safety integrity in high-heat exposure.

Abrasion, Hydrolysis and Delamination Resistance
Aluminized laminate engineered to resist surface degradation from mechanical wear and environmental moisture.
Purpose-Engineered Benefit
Ensures long-term performance and sustained reflective efficiency.

 

Comprehensive Features & Detailed Performance Insights

Aluminized Carbon-Aramid Outer Layer
A carbon–aramid fabric laminated with aluminized foil.
Purpose-Engineered Benefit
Reflects radiant heat and provides top-tier protection against molten aluminium and molten steel splash.

D59 FR and Acid-Resistant Cotton Lining
A 300 g/m² flame-retardant, acid-resistant cotton inner layer.
Purpose-Engineered Benefit
Enhances comfort and adds secondary thermal and chemical protection.

High Mechanical Strength
≥8 daN tear strength (warp) and ≥9 daN (weft), plus 500-cycle folding endurance.
Purpose-Engineered Benefit
Provides long-lasting durability and resistance to high-movement strain.

Optimised Weight and Thickness
515 g/m² ±30 outer, 300 g/m² lining, 0.75 mm ±0.06 thickness profile.
Purpose-Engineered Benefit
Balances robust protection with comfortable, flexible wear for extended shifts.

FR Hook and Loop Closures with Aramid Stitching
Fastenings designed using flame-resistant closures and aramid-thread seams.
Purpose-Engineered Benefit
Maintains garment stability and safety integrity in high-heat exposure.

Abrasion, Hydrolysis and Delamination Resistance
Aluminized laminate engineered to resist surface degradation from mechanical wear and environmental moisture.
Purpose-Engineered Benefit
Ensures long-term performance and sustained reflective efficiency.

 

Upper

Top Sock

Sole

Certifications & Manufacturing

Spec sheets and accreditations are available on request.