Hillman Power Pro Bronze Structural Lag Screws 1/4”x2” 50 ct

Name: Hillman Power Pro Bronze Structural Lag Screws 1/4”x2” 50 ct
SKU: H48931
Availability: InStock

$17.99

SKU: H48931 Categories: Fasteners, Hardware, Screws

In stock

Free Store Pickup
Available for MO, AR, KS, OK addresses at checkout
Shipping

Ships to lower 48 (excl. CA) on eligible items.
Local Delivery
Order first; we’ll call you to schedule a time
Shop In-Store
Open Mon–Sat, 8 am–6 pm for all items.

The Hillman Power Pro Bronze Structural Lag Screws are a fantastic choice when you need a strong connection without the hassle of pre-drilling. They feel substantial in your hand, and the bronze ceramic coating is visibly more resistant to corrosion than standard zinc screws. When you drive them in, they bite into the wood smoothly and create a powerful hold, making them perfect for building decks, fences, or any outdoor project where the hardware is exposed to the elements. They offer a strong, clean alternative to traditional lag bolts.

Key Features of Hillman Power Pro Bronze Structural Lag Screws

Patented thread design eliminates the need for pre-drilling

Large washer head delivers a strong clamping force

Bronze ceramic coating provides superior protection against rust and corrosion

Ideal for structural wood-to-wood connections

Hex drive provides maximum torque and prevents stripping

Provides a clean, finished appearance for visible applications

Can be used for outdoor framing, decks, and fences

Holds firmly in a variety of wood species

Additional Information

Brand: Hillman

Product Type: Structural Lag Screw

Model:

Product Use: Securing structural connections

Size: 50 ct

Material: Bronze Ceramic Coated Steel

Height:

Length: 2 inch

Width: 1/4 inch

When using these structural screws, it’s best to use a high-torque drill or impact driver with the correct hex bit. However, be careful not to over-drive the screw, which can strip the wood fibers and reduce the holding power. Once the screw head is flush with the wood, stop driving. If you’re using an impact driver, set it to a lower torque setting to avoid over-driving.