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Home / Fasteners & Hardware / Anchors & Hardware / 1/4″ x 3-1/4″ DeWalt UltraCon+ Concrete Screw Anchor Hex Flange Washer Head Carbon Steel Stalgard Silver DFM2ELC170 (1000/Pkg.) In Demand

1/4″ x 3-1/4″ DeWalt UltraCon+ Concrete Screw Anchor Hex Flange Washer Head Carbon Steel Stalgard Silver DFM2ELC170 (1000/Pkg.) In Demand

Original price was: $206.77.Current price is: $86.84.

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SKU: SKHWTA01EGH Category: Tag:
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Industrial-grade concrete screw anchors engineered for high-load fastening in concrete and masonry substrates. DeWalt UltraCon+ DFM2ELC170 delivers robust holding power, fast installation, and durable corrosion protection for industrial installations in harsh environments.

Specs

    Dimensions: 1/4 inch diameter x 3-1/4 inch length

    Finish: Stalgard Silver coating

    Drive type: Hex

    Material grade: Carbon steel

Features

    Self-tapping thread design: Creates its own load path in concrete, enabling direct installation without extensive pre-threading while delivering reliable withdrawal resistance.

    Hex flange washer head: Provides a wide bearing surface for uniform load distribution, reduces concrete breakout, and maintains alignment under dynamic or vibrational loads.

    Corrosion protection: Stalgard coating delivers enhanced resistance to moisture and chemical exposure in industrial environments, extending service life in concrete and masonry applications.

    Material applicability: Carbon steel construction offers high strength for securing brackets, base plates, and supports to structural concrete and masonry installations.

    Installation efficiency: Compatible with standard power tools, enabling rapid fastening in field conditions and reducing on-site labor for maintenance and installation projects.

    Applications: Ideal for anchoring equipment frames, conduit supports, base plates, and structural attachments to concrete floors and walls in manufacturing, facilities, and industrial construction.

    Load-path integrity: Designed to form a direct, predictable load path from the supported component into the concrete substrate, supporting both shear and tension design intents under engineer-approved loads.