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Home / Fasteners & Hardware / Screws / [600 BULK] Thread Rolling Screws Unslotted Indented Hex Washer Head Steel Zinc & Waxed Tri-Lobe 5/16-18 X 2-1/2 Taptite Screws Alternative Super Sale

[600 BULK] Thread Rolling Screws Unslotted Indented Hex Washer Head Steel Zinc & Waxed Tri-Lobe 5/16-18 X 2-1/2 Taptite Screws Alternative Super Sale

Original price was: $494.34.Current price is: $207.62.

For orders under $150.00, a shipping fee of $12.99 applies.

SKU: SKHWTA00WXW Category: Tag:
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Thread Rolling Screws Unslotted Indented Hex Washer Head are engineered for strength and reliability, combining robust steel construction with a corrosion-resistant zinc finish and a waxed coating for smooth installation. The Tri-Lobe drive design provides excellent torque transfer and anti-slip performance, making this screw a solid alternative to Taptite screws in demanding assemblies.

    Drive: Tri-Lobe drive delivers exceptional torque transfer and anti-slip performance.

    Head style: Unslotted Indented Hex Washer Head minimizes cam-out while distributing load across the substrate.

    Material & Finish: Steel with zinc coating and waxed finish for corrosion resistance and smooth driving.

    Size and Length: 5/16-18 × 2-1/2 in (5/16-18 threads, length of 2.5 inches).

    Type: Thread Rolling Screw, an effective alternative to Taptite with rolling-thread action.

    Performance: Rolling-thread action creates strong, vibration-resistant joints and reduces the risk of thread stripping.

    Application: Ideal for fastener applications where durability, corrosion resistance, and dependable performance are priorities.

Technical Specifications

    Head type: Unslotted Indented Hex Washer Head

    Drive: Tri-Lobe

    Material: Steel

    Finish: Zinc-coated and waxed

    Size: 5/16-18

    Length: 2-1/2 in

    Type: Thread Rolling Screw (alternative to Taptite)

Choose these Thread Rolling Screws Unslotted Indented Hex Washer Head for reliable, high-performance fastening that delivers long-lasting strength and resistance to vibrations in challenging assemblies.