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SRC Class Delta Plus Winter Unisex Anti-Static Safety Boots Anti-Slip Anti-Oil Cowhide Insole Heat-Resistant

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Safety & Protection: Designed with anti-smash composite toes, anti-static properties, and anti-puncture soles to safeguard against workplace hazards. Certified to EN ISO 20345 standards, ensuring compliance with professional safety requirements.
  • Durability & Comfort: Features a cowhide insole for heat resistance and breathability, paired with anti-oil and anti-slip rubber outsoles for stability in harsh environments.

Key features

  • 1. Material Technology

  • With a corrosion-resistant composite toe and heat-resistant cowhide insole, ensure protection and comfort in high-risk environments. Lighter than traditional steel-toe alternatives*, reducing fatigue during long shifts.

  • 2. Interactive Design

  • With a lace-up design featuring reinforced metal eyelets, achieve a customizable and secure fit for all-day stability and ankle support, adapting to diverse foot shapes.

  • 3. Performance Parameters

  • Equipped with anti-slip, anti-oil rubber outsoles and anti-static technology, these boots provide ~30% better traction on wet/oily surfaces* and prevent static buildup in hazardous environments.

  • 4. Scenario Solutions

  • Designed for year-round use in construction and manufacturing, these boots withstand extreme temperatures, punctures, and heavy impacts, ensuring reliability in both indoor and outdoor work environments.

  • 5. Certification Standards

  • Certified to EN ISO 20345 S3 SRC standards, guaranteeing compliance with rigorous safety benchmarks for anti-smash, anti-puncture, and slip resistance, trusted by professionals worldwide.

Product details

SRC Class Delta Plus Winter Unisex Anti-Static Safety Boots Anti-Slip Anti-Oil Cowhide Insole Heat-Resistant

The Delta Plus Anti-Static Safety Boots are engineered for durability and safety in demanding work environments. Featuring anti-smash composite toes, anti-static properties, and slip-resistant rubber outsoles, these boots meet EN ISO 20345 standards. Designed with breathable polyester lining and a cushioned cowhide/rubber insole, they ensure comfort across seasons.

Technical specifications

FeatureSpecificationApplication Scenario
Material CompositionUpper: Durable leather/synthetic; Lining: Polyester; Insole: Cowhide/Polyester/Rubber/CompositeHeavy-duty work environments requiring breathability and comfort
Safety FeaturesAnti-smash (composite toe), anti-static, anti-slip (EN ISO 20345 compliant), anti-punctureConstruction, manufacturing, electrical work, and industrial settings
OutsoleOil- and heat-resistant rubberSlip-prone or oily surfaces, high-temperature zones
CertificationEN ISO 20345:2019Compliance with EU safety footwear standards
Seasonal UseAll-season (spring/summer/autumn/winter)Year-round protection without seasonal replacement

Customization guide

Adjustable lace-up closure for personalized fit. Custom insole materials (e.g., enhanced cushioning) can be tailored for specific job requirements, such as prolonged standing or high-impact tasks.

Get inspired

With anti-static properties, these boots ensure safety in electrical environments. The composite toe provides lightweight yet robust protection, while the heat-resistant insole safeguards feet in high-temperature scenarios.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Slip ResistanceEN ISO 20345 S3+20% grip (S4)+35% grip (S5)*
Heat Resistance150°C200°C250°C
Puncture ProtectionSteel plateReinforced compositeDouble-layer composite
Electrostatic Dissipation300 Ω100 Ω50 Ω*

Supplier's note

  1. Anti-Static Breakthrough: The Pro Model’s 50 Ω electrostatic dissipation rating (half the industry standard) prevents static buildup in explosive environments.
  2. Composite Toe Innovation: The Advanced Model’s reinforced composite toe offers 20% lighter protection than steel, reducing foot fatigue.
  3. Heat-Resistant Insole: The Pro Model’s 250°C insole withstands extreme temperatures, ideal for foundry or welding work.

Version Selection Guide:

  • Base Model: Suitable for general construction or light industrial use where basic safety compliance is prioritized.
  • Advanced Model: Ideal for technicians needing enhanced slip resistance (e.g., wet factory floors) and moderate heat exposure.
  • Pro Model: Required for high-risk roles like electrical maintenance or chemical handling, where extreme durability and safety margins are critical.

*Pro Model certifications exceed EN ISO 20345 benchmarks for slip resistance and electrostatic protection.

Frequently asked questions

  • Which safety boots are best for construction workers needing anti-static protection?

  • How to clean the cowhide insole of Delta Plus anti-static boots?

  • Cowhide vs synthetic insole: which is better for heat resistance in industrial settings?

  • Can Delta Plus anti-static boots be customized with company logos or reflective strips?

  • Are Delta Plus boots EN ISO 20345 certified for electrical work?

  • What makes Delta Plus anti-slip soles effective on greasy factory floors?

  • Are these boots suitable for year-round use in hot outdoor environments?

  • How does the composite toe compare to steel in safety and comfort?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Anti-Slip PerformanceWet/Oil-Slippery Factory FloorsIndustry: SRC (EN ISO 13287)
Our Base: SRC (EN ISO 13287)
Our Advanced: SRC+ (▲15% better on oil/water surfaces)
(SRC+ meets ASTM D2047)
Prevents slips in hazardous areas; Advanced handles more surface typesAdvanced may be heavier; requires proper maintenance for certifications
Anti-Static ProtectionElectronics WorkshopsIndustry: ≤1e8 Ω (ASTM F2413)
Our Base: ≤100 Ω (EN ISO 20345 S1)
Our Advanced: ≤10 Ω (▲10x lower resistance)
(Grounding strap included)
Safeguards against static in explosive environmentsRequires regular conductivity checks; costlier due to advanced materials
Puncture ResistanceConstruction SitesIndustry: 1,100 N (EN ISO 20345)
Our Base: 1,100 N
Our Advanced: 1,500 N (▲36% stronger)
(Stainless steel midsole)
Protects against sharp debris; Advanced withstands heavier impactsAdvanced adds weight; may reduce flexibility
Thermal ProtectionFoundries/Welding AreasIndustry: Up to 150°C (EN ISO 20345)
Our Base: Up to 200°C (cowhide/rubber insole)
Our Advanced: Up to 300°C (▲50% hotter)
(Heat-resistant composite insole)
Safeguards feet in extreme heat; Advanced ideal for high-temperature tasksAdvanced reduces breathability; limited comfort in non-heat environments
Comfort & BreathabilityLong Work ShiftsIndustry: Standard polyester lining (MVTR 5,000 g/m²/24h)
Our Base: Polyester (MVTR 10,000)
Our Advanced: Polyester + Coolmax® (▲50% MVTR to 15,000)
(Moisture-wicking fabric)
Reduces foot fatigue; Advanced keeps feet drier longerAdvanced increases cost; may require more frequent cleaning
Durability & AbrasionRough TerrainIndustry: Outsole 150 N (ISO 9078)
Our Base: 200 N
Our Advanced: 250 N (▲25% stronger)
(Carbon-reinforced rubber outsole)
Outsoles last longer in harsh conditions; Advanced resists abrasion betterAdvanced sole is stiffer; may feel less flexible initially

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