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  • Tools Can Be Placed in Herringbone Aluminum Alloy Folding Glass Fiber Engineering Schools Shopping Malls Ladders
  • Tools Can Be Placed in Herringbone Aluminum Alloy Folding Glass Fiber Engineering Schools Shopping Malls Ladders
  • Tools Can Be Placed in Herringbone Aluminum Alloy Folding Glass Fiber Engineering Schools Shopping Malls Ladders
  • Tools Can Be Placed in Herringbone Aluminum Alloy Folding Glass Fiber Engineering Schools Shopping Malls Ladders
  • Tools Can Be Placed in Herringbone Aluminum Alloy Folding Glass Fiber Engineering Schools Shopping Malls Ladders
  • Tools Can Be Placed in Herringbone Aluminum Alloy Folding Glass Fiber Engineering Schools Shopping Malls Ladders
Tools Can Be Placed in Herringbone Aluminum Alloy Folding Glass Fiber Engineering Schools Shopping Malls Ladders

Tools Can Be Placed in Herringbone Aluminum Alloy Folding Glass Fiber Engineering Schools Shopping Malls Ladders

  • >= 20 Pieces
    $56

Customization:

Customized logo（Min.Order: 1000 pieces）
Customized packaging（Min.Order: 1000 pieces）
Graphic customization（Min.Order: 1000 pieces）
View product details

Tools Can Be Placed in Herringbone Aluminum Alloy Folding Glass Fiber Engineering Schools Shopping Malls Ladders

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Industrial-Grade Support: Designed to handle heavy loads with an aluminum alloy and fiberglass (FRP) structure, ensuring durability and stability for tasks requiring elevated access.
  • Safety-Enhanced Design: Features non-slip steps and a yellow anti-slip platform, combined with insulated materials to prevent electrical hazards on conductive surfaces.

Key features

  • 1. Corrosion-Resistant Aluminum Alloy & FRP Construction

    • With a corrosion-resistant aluminum alloy frame and fiberglass (FRP) components, this ladder maintains structural integrity in humid or industrial environments*. The non-conductive FRP ensures safety near electrical systems, outperforming traditional steel ladders in durability and weight.

  • 2. Space-Saving Herringbone Folding Design

    • The herringbone folding mechanism reduces storage space by up to 50% compared to rigid ladders*, making it ideal for apartments, schools, and commercial spaces. The compact design simplifies transport and storage without compromising stability.

  • 3. Heavy-Duty Load Capacity & Ergonomic Steps

    • Engineered to support loads up to 225kg—25% higher than standard consumer ladders*—this ladder combines industrial-grade strength with 30cm step spacing for OSHA-compliant safety. The wide steps reduce fatigue during prolonged use.

  • 4. Versatile Insulation for Diverse Environments

    • Designed for schools, malls, and industrial sites, its insulation properties prevent electrical hazards in conductive areas*. The non-slip steps and wide base ensure stability in high-traffic or uneven terrain.

  • 5. ANSI/ISEA 120-1 Certified Industrial Compliance

    • Meets ANSI/ISEA 120-1 safety standards for industrial ladders*, guaranteeing reliability in professional settings. The FRP components are certified for non-conductive protection, ideal for electrical work environments.

Product details

Tools Can Be Placed in Herringbone Aluminum Alloy Folding Glass Fiber Engineering Schools Shopping Malls Ladders

The Herringbone Aluminum Alloy Folding Glass Fiber Engineering Ladder combines industrial-grade durability with ergonomic design for safe use in schools, apartments, malls, and professional settings. Crafted from corrosion-resistant aluminum alloy and FRP (fiberglass reinforced plastic), it offers electrical insulation, portability, and stability for diverse environments.

Technical specifications

FeatureSpecificationBenefit
MaterialAluminum alloy + FRP (fiberglass)Lightweight, corrosion-resistant, and insulated
Step Distance30.0cm (11.8")Ensures stable climbing and ergonomic posture
PlatformNon-slip rubber-coated aluminumSecure footing and reduced slipping risk
InsulationFRP rungs with 20,000V dielectric ratingSafe use near electrical systems
FoldabilityHerringbone folding mechanismCompact storage and easy transportation

Customization guide

Adjustable parameters include:

  • Material composition: Opt for higher FRP content for enhanced insulation in electrical work.
  • Step spacing: Customize spacing (±5cm) to accommodate specific user heights or tasks.
  • Safety labels: Add custom warnings for conductive surfaces or chemical exposure.

Get inspired

With its lightweight aluminum alloy frame and FRP insulation, this ladder is ideal for schools needing safe access to high shelves or malls requiring portable maintenance tools. The non-slip platform ensures stability when installing signage or performing inspections.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Load Capacity150kg (330lbs)+20% (180kg/396lbs)+40% (210kg/462lbs)*
Insulation12,000V rating15,000V (+25%)20,000V (+66%)
Fold Time15 seconds10 seconds (+33%)5 seconds (+200%)
Weight12kg (26.4lbs)11kg (24.2lbs)10kg (22lbs)

Supplier's note

  1. Technical Breakthroughs:

    • FRP Insulation: Triple the industry standard (20,000V vs. 6,000V) enables safe use near live electrical systems.
    • Herringbone Folding Mechanism: Reduces storage space by 40% compared to traditional ladders.
    • Non-slip Platform: 50% higher traction than standard aluminum surfaces, reducing fall risks.

  2. Optimal Version Selection:

    • Base Model: Ideal for schools or apartments where light loads (e.g., changing lightbulbs) and basic insulation suffice.
    • Advanced Model: Perfect for mall maintenance teams needing faster setup (+33%) and moderate load handling (e.g., signage installation).
    • Pro Model: Designed for industrial engineers requiring heavy-duty support (210kg) and premium insulation for electrical work. With its 20,000V rating, it outperforms competitors by 66%, ensuring safety in high-risk environments.

*Pro Model uses aerospace-grade aluminum alloy for weight reduction while maintaining strength.

Frequently asked questions

  • Which ladder model is best for schools or shopping malls?

  • How do I clean the non-slip steps of an industrial ladder?

  • Aluminum Alloy vs Fiberglass: Which material is better for electrical safety?

  • Can I customize safety labels for my workplace?

  • Is this ladder certified for electrical safety?

  • What’s the ideal step spacing for industrial ladders?

  • Can this folding ladder be stored in small apartments?

  • Which ladder is best for insulation and portability in engineering projects?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionIndustrial work, schools, apartments- Industry Standard: Steel (heavy, conductive)
- Our Base: Aluminum alloy (2.7kg/cm³ density, ASTM B221)
- Our Advanced: Fiberglass/FRP (non-conductive, ASTM D790)		▲ Lightweight Base reduces fatigue; Advanced offers non-conductive safety ▲
ISO-compliant durability		Advanced may cost 20% more than Base due to FRP material
Insulation PropertiesElectrical maintenance, industrial sites- Industry Standard: Conductive materials (no insulation)
- Our Base: Aluminum (some conductivity)
- Our Advanced: FRP (non-conductive ▲)		Advanced prevents electrical hazards in conductive environments ▲
Base suitable for dry, non-electrical tasks		Base not rated for electrical work; Advanced requires proper handling to maintain insulation
PortabilityMalls, apartments (limited space)- Industry Standard: Heavy steel (difficult to move)
- Our Base: Aluminum folding design (▲ 30% lighter)
- Our Advanced: Compact folding (▲ 20% smaller storage footprint)		▲ Base easy to transport; Advanced ideal for tight spaces ▲
Quick setup time		Advanced’s FRP may add 10% bulk when folded vs. Base
Load CapacityIndustrial (heavy tools), schools- Industry Standard: 150kg (ISO 3155)
- Our Base: 200kg (▲ 33% increase)
- Our Advanced: 225kg (▲ 12.5% over Base)		▲ Base supports heavy tools; Advanced handles extreme loads ▲
Exceeds ISO 3155 standards		Base may strain under prolonged heavy use; Advanced requires proper weight distribution
Step DesignSchools (students), malls (frequent use)- Industry Standard: 30-35cm steps (varies)
- Our Base: 30cm (ISO 14122-3 compliant)
- Our Advanced: 30cm non-slip (ASTM D2047 ▲)		▲ Base meets ergonomic standards; Advanced reduces slip risk ▲
Steps spaced for comfort		Shorter steps may challenge tall users; non-slip coating requires maintenance
Safety FeaturesIndustrial sites, professional use- Industry Standard: Basic warnings
- Our Base: Non-slip steps, yellow platform (ISO 3155)
- Our Advanced: Conductive surface warnings + customizable instructions (▲ enhanced safety protocols)		▲ Base prevents slips; Advanced includes tailored safety guidelines ▲
Complies with OSHA standards		Advanced requires user training for customization; warnings may fade over time

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