Midwest Fasteners 24894 #6 Zinc Plated Steel Drywall Anchor

Midwest Fasteners 24894 #6 Zinc Plated Steel Drywall Anchor

The Midwest Fasteners 24894 #6 Zinc Plated Steel Drywall Anchor is built for mounting light to medium-duty items into hollow wall surfaces where a stud isn't available. Manufactured from steel with a zinc plated finish for corrosion resistance, this #6 size anchor is sold in a carded pack for convenient retail display and jobsite use. It's a straightforward, reliable choice for contractors, maintenance techs and DIY installers who need a dependable hollow wall anchor without guesswork on sizing or finish.

Key Features

• Size: #6 drywall anchor, sized for standard light-duty wall mounting applications.
• Material & Finish: Steel construction with a zinc plated finish for added corrosion resistance and a clean, consistent appearance.
• Type: Hollow wall anchor designed to grip drywall and similar hollow-wall substrates where no stud is present.
• Package: Carded Pack for easy retail shelving and transport to the jobsite.
• Origin: Manufactured in the United States for consistent quality control.

Technical Specifications

• Country of Origin: United States
• Product Type: Plastic Anchor
• Product Material: Steel
• Package: Carded Pack

Typical Applications

• Hanging shelving, mirrors, and picture frames on drywall and hollow wall surfaces.
• Mounting curtain rods, small brackets, and light fixtures where studs aren't accessible.
• Securing wall-mounted organizers, hooks, and hangers in residential and light commercial settings.
• General maintenance and repair tasks requiring a dependable hollow wall fastening point.

Why Midwest Fasteners?

Midwest Fasteners manufactures this #6 drywall anchor in the United States from steel with a zinc plated finish, giving installers a consistent, corrosion-resistant hollow wall anchor they can rely on for repeat jobs. The carded pack format makes it easy to stock and grab for quick repairs or installs, and the straightforward steel construction keeps sizing and performance predictable across every pack.