Milwaukee Dual Weld-On Mount

Choose your thickness: 10-gauge (heavy-duty) or 14-gauge (light-duty) steel. Notched design accommodates larger Milwaukee Packout boxes for a perfect fit.

Weld directly onto your offroad vehicle, work truck, trailer, or custom garage mount for rock-solid tool storage that stays put on rough terrain.

Key Benefits:

• Durable American Steel – Built to handle tough conditions.
• Precise Notching – Ensures secure attachment to Packout boxes.
• Versatile Mounting – Ideal for side-by-sides, trucks, vans, trailers, toolboxes or shop walls where only weld-on is an option
• Fast Turnaround – Laser cut in Southern California and ready to ship same day after processing.

Plate only – Welding materials not included. Packout boxes not included.

Order now and get your custom weld-on Packout plates fast!

Comparable to Milwaukee 48-22-8485

Raw Steel: Ships as bare metal—affordable, no added finish cost, and quickest to produce/ship. Ideal if you plan to paint it yourself, weld it further, or want a custom look (e.g., intentional patina or rattle-can paint). Note: Mild steel rusts quickly when exposed to moisture/humidity—store indoors and apply protection soon if used outdoors or in damp garages. Great for budget builds or immediate DIY finishing.

Powder Coat: A baked-on, professional-grade finish (textured black standard). Much tougher than regular paint—resists chips, scratches, fading, and rust far better. Provides excellent protection for job-site, vehicle, or outdoor use (like tool mounts in vans or garages). Adds a small upcharge but delivers a premium, long-lasting look with minimal maintenance. Powder coat also helps hardware stay functional longer by reducing wear.

How do I choose the right gauge for my project?

• Choose thicker gauges (10 or 11) for heavy-duty strength, structural parts, or high-load applications. Example: Using the plate on a horizontal application such floor or dolly.
• Choose thinner gauges (14) for lighter-weight parts, panels, or where cost matters more. Ideal for vertical applications suck as wall or bedside mount.

Why does gauge go backward (lower number = thicker)?
The gauge system originated from the number of draws needed to produce wire/sheet of that thickness. Fewer draws = thicker material = lower gauge number.