[4000 BULK] Thread Rolling Screws Phillips Pan Head Steel Black Oxide & Waxed Tri-Lobe 48-2 #10-14 X 1 Plastite Screws Alternative

Engineered for durable, reliable fastening, the Thread Rolling Screws Phillips Pan Head Steel Black Oxide & Waxed Tri-Lobe 48-2 screws are designed to handle demanding assemblies. With a Phillips drive, a low-profile pan head, and a rugged steel body, these screws pair a black oxide finish with a waxed coating to improve drive performance and minimize galling. The Tri-Lobe drive provides a secure, high-torque interface, making this a solid Plastite screws alternative for a wide range of applications.

Key Features

• Model 48-2
• Size: #10-14 x 1
• Material: Steel
• Head style: Pan
• Drive type: Phillips
• Finish: Black oxide with waxed coating
• Drive system: Tri-Lobe
• Thread type: Thread Rolling
• Alternative to: Plastite screws

Technical Specifications

• Nominal size: #10-14
• Length: 1 inch

Why Choose This Plastite Screws Alternative

These thread-rolling screws deliver a durable, secure hold with a practical combination of finish and coating. The black oxide finish paired with a waxed coating enhances drive performance and minimizes galling, while the Tri-Lobe drive ensures a strong, high-torque interface in challenging applications. If you need a reliable, versatile fastener that matches the performance of Plastite screws, the 48-2 #10-14 x 1 Thread Rolling Screws offer an excellent balance of strength, finish, and ease of installation.

Applications

• General metal fastening in enclosures, machinery, and equipment
• Sheet metal assemblies where a low-profile pan head is preferred
• Situations requiring a durable, torqued interface with reduced galling
• Compatibility-critical projects seeking a Plastite screws alternative

Performance & Install

Designed for secure, high-torque fastening, these screws optimize drive efficiency and longevity in demanding environments. The thread-rolling process provides a strong grip with reduced risk of galling, ensuring dependable performance across assemblies that require precise, repeatable fastening.