Best Seller Self-clinching Standoff, Blind Thread, Steel, Zinc, 6-32 X 0.437, Hole Dia.: 0.213, 100 Pack [best Value] [8u5IaCt3]

Self-Clinching Standoff, Blind Thread, Steel, Zinc, 6-32 x 0.437

Introducing our high-quality Self-Clinching Standoff, designed to provide a secure and durable solution for blind threaded applications. This versatile standoff is crafted from steel, which is heat treated for enhanced strength and durability. The zinc clear finish not only adds a sleek aesthetic but also protects the standoff from corrosion, ensuring a long-lasting performance.

• Engineered for blind threaded applications, offering a secure fit without the need for countersunk holes.
• Heat treated steel construction ensures maximum strength and resistance to wear and tear.

Key Specifications and Features

With a thread size of 6-32 UNC and a length of 0.437 inches, this standoff is designed to meet a wide range of assembly needs. The hole diameter of 0.213 inches ensures compatibility with various components. Each package contains 100 standoffs, making it an economical choice for bulk orders. The standoffs are packaged in a convenient polybag, ensuring easy storage and handling.

• Thread size: 6-32 UNC, length: 0.437 inches, hole diameter: 0.213 inches.
• 100 pack per package, ideal for bulk orders and cost-effective assembly.
• Package type: PolyBag, ensuring easy storage and handling.

Practical Applications and Benefits

Our Self-Clinching Standoff is an essential component for a variety of applications, including electronic devices, machinery, and industrial equipment. The blind threaded design allows for easy installation in hard-to-reach areas, while the sturdy construction ensures a reliable connection. The zinc clear finish not only enhances the appearance of your assembly but also provides protection against environmental factors.

• Perfect for electronic devices, machinery, and industrial equipment.
• Blind threaded design for easy installation in hard-to-reach areas.
• Heat treated steel construction for maximum strength and durability.