Sleeve anchor

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14 product families and 162 variants found

High performance anchor FH II-S

Strong, secure and aesthetic for a discreet fixing.

28 variants

High performance anchor FH II-SK

Strong, secure and aesthetic for a flush-mounted fixing.

17 variants

High performance anchor FH II-H

Strong, secure and aesthetic with protruding head for stable and robust fixing.

11 variants

High performance anchor FH II-B

Strong, secure and aesthetic with washers and nuts for the dismantling option.

22 variants

High performance anchor FH II-I

Strong, secure and aesthetic with internal thread for the removal option of the attachment.

10 variants

Accessories

Easy installation of high-performance anchor without torque wrench.

2 variants

Sleeve anchor FSA-S

The sleeve anchor for the push-through installation of structural anchorings in non-cracked concrete.

9 variants

Sleeve anchor FSA-B

The sleeve anchor for the push-through installation of structural anchorings in non-cracked concrete.

10 variants

Heavy-duty anchor TA M

Heavy-duty internal threaded anchor with triple expansion sleeve geometry for low edge clearances.

5 variants

Heavy-duty anchor TA M-S

Heavy-duty internal threaded anchor with screw for low edge clearances.

6 variants

Heavy-duty anchor SL M/SL M-N

The easy-to-install heavy-duty anchor with internal thread for low edge clearances.

5 variants

Sleeve Anchor FSL

The cost-effective high-performance anchor for push-through installations in non-cracked concrete.

14 variants

Sleeve anchor FSL-B

The cost-effective high-performance anchor for push-through installations in non-cracked concrete.

21 variants

Sleeve anchor FSL-S

The cost-effective high-performance anchor for push-through installations in non-cracked concrete.

2 variants

Sleeve anchors are an anchoring solution made from steel and stainless steel for cracked and non-cracked concrete and in applications exposed to seismic loads. The low level of energy required to hammer in the fixings allows for a force-saving mounting process. In addition, the optimum interaction of the screw shank and anchor sleeve enables a high shear load resistance. The drill hole is made, the anchor is hammered in, and the screw is tightened with a controlled torque. The expansion sleeve expands against the wall of the drill hole. The anchors use friction locking to safely introduce the loads into the base material.