#10 X 1-1/2" Tamper Resistant Self-Drilling Screws | Pan Head | Pin-In Six Lobe Drive | 410 Stainless Steel (100/Pkg.)

Mutual Screw & SupplySKU: T6P10SD150SS

Price:
Sale price$38.68per 100( $0.39 each)
Pieces 100
Measurement type Imperial
Thread size #10
Diameter #10
Length 1-1/2
Material 410 Stainless Steel
Grade 410
Finish Plain
Drive Pin-In Six Lobe Drive
Driver size T25
Head style Pan
Weight 2.0 lb

WARNING: This product can expose you to chemicals including lead and lead compounds, which are known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to https://www.P65Warnings.ca.gov.

Description

Self-drilling screws serve as critical fasteners in industrial assembly and manufacturing environments, enabling rapid and reliable connections in metal frameworks. These components enhance efficiency in sectors like automotive, aerospace, and construction machinery by eliminating the need for separate drilling steps.

Specs

  • Dimensions: Diameter #10, length 1-1/2 inches
  • Drive type: Pin-In Six Lobe
  • Material grade: 410 Stainless Steel

Features

  • Tamper resistance from the Pin-In Six Lobe drive prevents unauthorized removal, making it ideal for securing access panels in industrial equipment and public infrastructure to maintain safety and integrity.
  • Self-drilling capability allows for direct fastening into metal up to a certain thickness without pre-drilled holes, reducing assembly time in high-volume production lines and minimizing material waste from pilot holes.
  • Constructed from 410 Stainless Steel, this material provides adequate corrosion resistance for use in mildly corrosive environments like outdoor enclosures or processing plants, ensuring long-term durability under exposure to moisture and chemicals.

In industrial applications, these screws excel in scenarios requiring secure, efficient fastening, such as assembling HVAC systems or fabricating metal frameworks, where the combination of self-drilling functionality and tamper-proof design addresses common challenges like vibration loosening and unauthorized tampering. Engineers often select this type for projects demanding precise, reliable connections that withstand operational stresses, offering a practical alternative to traditional screws by streamlining workflows and enhancing overall system reliability.

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800-222-0324

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