Bar clamps grip workpieces between their straight jaws, applying uniform pressure for a secure hold. Also known as F-clamps, they have a threaded spindle to fine tune the jaw placement and adjust the pressure exerted on workpieces.

Nonmarring pads on the top jaw and spindle of these bar clamps reduce the risk of scratches or other damage to soft materials and delicate surface finishes. Also known as nonmarring F-clamps, they grip workpieces between their straight jaws, applying uniform pressure for a secure hold. Their spindle fine tunes the jaw placement and adjusts the pressure exerted on workpieces.

The ratchet-action jaw of these bar clamps allows faster setup than a threaded-spindle jaw and resists vibration to maintain consistent pressure on workpieces. Their pressure pad tilts to adjust to angled or uneven workpiece surfaces.

The copper-plated spindle of these bar clamps resists welding spatter, so it won't get fused into place. The spindle is threaded to fine tune the jaw placement and adjust the pressure exerted on workpieces. Also known as spark-duty bar clamps, they are commonly used to hold work in metal fabrication and pipe welding tasks.

Step-over bar clamps wrap their J-shaped top jaw over rolled edges, I-beam lips, angle iron bends, and other barriers that would block a straight-jaw bar clamp. They keep the clamping pads aligned on each side of the workpiece to apply uniform pressure for a secure hold. Their threaded spindle fine tunes the jaw placement and adjusts the pressure exerted on workpieces.

The I-beam bar of these clamps provides greater resistance to twisting or bending than a typical slide bar. Also known as I-bar clamps and sash clamps, they remain straight for a secure hold, even when clamping across long distances. Their threaded spindle fine tunes the jaw placement and adjusts the pressure exerted on workpieces. I-beam bar clamps are commonly used to hold multiple boards, wide panels, and large assemblies.

Sets include multiple bar clamps to accommodate a wide range of workpiece sizes. The bar clamps grip work between their straight jaws, applying uniform pressure for a secure hold. Also known as F-clamps, they have a threaded spindle to fine tune the jaw placement and adjust the pressure exerted on workpieces.

Gear bar clamps integrate their spindle handle along the slide bar, providing clearance under the sliding jaw for reaching between two surfaces to clamp in tight spaces. The spindle handle serves as a grip to move the sliding jaw, and it turns the threaded spindle to fine tune jaw placement and adjust pressure exerted on workpieces. The spindle pad tilts to hold angled or uneven workpiece surfaces. Pressing the push button at the back of the sliding jaw unlocks the jaw for positioning, and releasing the button locks the jaw in place.