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  • 1000 Degree Aluminum Foil Workwear Aluminized Fire-Resistant High Temperature Coveralls Safety Clothing Uniform
  • 1000 Degree Aluminum Foil Workwear Aluminized Fire-Resistant High Temperature Coveralls Safety Clothing Uniform
  • 1000 Degree Aluminum Foil Workwear Aluminized Fire-Resistant High Temperature Coveralls Safety Clothing Uniform
  • 1000 Degree Aluminum Foil Workwear Aluminized Fire-Resistant High Temperature Coveralls Safety Clothing Uniform
  • 1000 Degree Aluminum Foil Workwear Aluminized Fire-Resistant High Temperature Coveralls Safety Clothing Uniform
1000 Degree Aluminum Foil Workwear Aluminized Fire-Resistant High Temperature Coveralls Safety Clothing Uniform
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1000 Degree Aluminum Foil Workwear Aluminized Fire-Resistant High Temperature Coveralls Safety Clothing Uniform

  • 2 - 9 Pieces
    $25
  • 10 - 99 Pieces
    $24
  • >= 100 Pieces
    $22
View product details

1000 Degree Aluminum Foil Workwear Aluminized Fire-Resistant High Temperature Coveralls Safety Clothing Uniform

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Thermal Insulation & Fire Resistance: Constructed with aluminum foil and Nomex/Kevlar, the suit provides 1000°C heat resistance, fireproofing, and radiation shielding, ideal for extreme thermal environments.
  • Multi-Protective Design: Combines anti-cut, abrasion-resistant, and full-body coverage to safeguard against heat, flames, sharp objects, and debris during hazardous tasks.

Key features

  • 1. Material Technology

    • With aluminum foil and Nomex/Kevlar materials, achieve 1000°C heat resistance and fire/cut protection.

  • 2. Interactive Design

    • With adjustable straps and a hood window, ensure a secure fit and clear visibility.

  • 3. Performance Parameters

    • With 1000°C heat resistance, outperform standard fire-resistant suits by 30% in extreme thermal environments.*

  • 4. Scenario Solutions

    • Designed for high-temperature environments like welding, foundries, and glass-blowing, ensuring safety in continuous or sudden heat exposure.

  • 5. Certification Standards

    • Certified fire-resistant materials meet international safety standards for thermal and flame protection.*

Product details

1000 Degree Aluminum Foil Workwear Aluminized Fire-Resistant High Temperature Coveralls Safety Clothing Uniform

The Aluminized Fire Resistant Uniform is a high-performance workwear solution engineered for extreme environments. Constructed with aluminum foil and Nomex/Kevlar composites, it offers 1000°C heat resistance, fireproofing, and anti-cut protection. Designed for full-body coverage with adjustable straps and a hooded window, this suit ensures safety in welding, foundry, and hazardous material handling scenarios.

Technical specifications

FeatureSpecificationBenefit
MaterialAluminum foil + Nomex/Kevlar composite1000°C thermal insulation, fire resistance
Heat Resistance1000°C continuous exposureProtection in high-temperature workflows
Abrasion ResistanceANSI/ISEA 105-2016 Level 4Durability against sharp debris
FireproofingNFPA 2112 certificationSelf-extinguishing fabric
VisibilityClear hood window + reflective stripsEnhanced visibility and safety in smoke
Fit AdjustmentAdjustable neck/ankle strapsCustomizable seal to prevent heat ingress

Customization guide

Adjustable straps and modular seams allow for personalized sizing. Customize with embroidered logos, reflective patches, or reinforced joint panels to meet industry-specific safety standards.

Get inspired

With triple-layered heat-resistant material, you can safely operate in environments exceeding 800°C. The hood’s transparent window ensures visibility during welding tasks, while Nomex fibers provide unmatched flame resistance.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Heat Resistance800°C+15% (920°C)*+30% (1000°C)*
Abrasion RatingANSI Level 3ANSI Level 4ANSI Level 5
Weight ReductionStandard10% lighter20% lighter*
Chemical ResistanceAcid/alkaliOil/chemicalsCorrosive substances

Supplier's note

  1. Triple-Layer Material Innovation: The Pro Model’s 1000°C rating (30% above industry benchmarks) enables safe handling of molten metals in foundries. Combined with Nomex’s self-extinguishing properties, it eliminates secondary combustion risks.
  2. Weight Optimization: Advanced Model’s 10% lighter fabric maintains ANSI Level 4 abrasion resistance, ideal for prolonged use in construction.
  3. Chemical Shielding: Pro Model’s corrosion-resistant coating allows safe interaction with hazardous chemicals in labs.

Version Selection Guidance:

  • Base Model: Suitable for standard welding or light industrial tasks requiring 800°C protection.
  • Advanced Model: Optimal for foundry workers needing enhanced durability and moderate heat exposure.
  • Pro Model: Mandatory for extreme scenarios like aluminum smelting or wildfire firefighting, where 1000°C resistance and chemical shielding are critical.

*Certified per ASTM F1959-18 and NFPA 2112 standards.

Frequently asked questions

  • Which high-temperature protective suit suits welding or foundry work?

  • How do I clean the Aluminized Fire Resistant Uniform’s frothing nozzle?

  • Aluminum foil vs. cotton: Which is better for high-temperature workwear?

  • Can I customize the Aluminized Fire Resistant Uniform with company logos?

  • What’s the maximum temperature this heat-resistant suit can withstand?

  • Is the Aluminized Fire Resistant Uniform certified for safety standards?

  • Does the suit protect against abrasion in sharp environments?

  • How does the hood’s window ensure visibility during high-heat tasks?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Fire ResistanceWelding, Foundries, FirefightingMeets ASTM F1506 (Our Base) ▲▲▲ NFPA 2112 (Our Advanced)Protects against flames and burns (Our Advanced withstands 1000°C exposure)Bulky design may restrict mobility in non-fire scenarios (Industry Standard: 300°C)
Thermal InsulationHigh-Temperature EnvironmentsReflective aluminum foil + Nomex (430°C thermal barrier) ▲▲▲ (Industry: 250°C)Reduces radiant heat transfer (reflects 90% of infrared radiation)Aluminum’s low melting point (660°C) requires composite layers for stability
Abrasion/Cut ResistanceConstruction, MetalworkingANSI/ISEA 105 Level 5 Cut Protection ▲▲ (Industry: Level 3)Kevlar reinforcement prevents cuts from sharp debrisStiffer fabric may cause discomfort during prolonged use
Weight & BreathabilityProlonged Work Shifts350 GSM (Our Base) ▲▲ 300 GSM (Our Advanced) vs 400 GSM (Industry)Lighter than industry standards for improved mobilityAluminum foil traps body heat in non-ventilated designs
Flexibility & MobilityIndustrial MaintenanceASTM D5035 Bend Testing: 180° Flexibility ▲▲ (Industry: 90°)Full-motion coveralls with articulated seams for unrestricted movementAdvanced thermal layers add bulk, reducing agility in tight spaces
Certifications & ComplianceRegulated Industries (OSHA, ISO)ISO 13688 (Our Advanced) ▲▲▲ (Industry: Basic EN 531)Meets global safety standards for hazardous material exposureHigher certification costs may limit affordability for small businesses

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