Ultrawedge Wedge Anchor - 1/2-13 x 12" - 304 Stainless Steel , Pack of 25

Wedge anchors can be set up fast, and require less rotation to achieve required torque. Supports clip when anchor is under strain, minimizes bolt-end collapse and/or clip slippage under ultimate loading conditions. Enlarged dimples on clip. Reduces slip, more responsive in lighter concrete 360 degree segment contact on clip. Equalizes load distribution providing greater load performance carrying capacity and "more forgiving" design.

Wedge anchors can be set up fast, and require less rotation to achieve required torque. Supports clip when anchor is under strain, minimizes bolt-end collapse and/or clip slippage under ultimate loading conditions. Enlarged dimples on clip. Reduces slip, more responsive in lighter concrete 360 degree segment contact on clip. Equalizes load distribution providing greater load performance carrying capacity and "more forgiving" design.

Wedge anchors can be set up fast, and require less rotation to achieve required torque. Supports clip when anchor is under strain, minimizes bolt-end collapse and/or clip slippage under ultimate loading conditions. Enlarged dimples on clip. Reduces slip, more responsive in lighter concrete 360 degree segment contact on clip. Equalizes load distribution providing greater load performance carrying capacity and "more forgiving" design.

304 Stainless Steel Wedge Anchors are fully threaded expanding anchors consisting of a stainless steel body and expansion clip, for use in normal and lightweight concrete. They feature a pilot on the hammered end to prevent first thread damage and are a non-bottom-bearing anchor. Common applications for use include structural connections, cable trays, strut, pipe supports, fire sprinklers and piping supports in concrete substrate. For installation instructions and weight loads, reference technical data sheet.

Wedge anchors can be set up fast, and require less rotation to achieve required torque. Supports clip when anchor is under strain, minimizes bolt-end collapse and/or clip slippage under ultimate loading conditions. Enlarged dimples on clip. Reduces slip, more responsive in lighter concrete 360 degree segment contact on clip. Equalizes load distribution providing greater load performance carrying capacity and "more forgiving" design.