Anchorage - Import export

There are certainly technical and theoretical reasons determining whether an anchorage should be realized with resin or grout. However, in the practical application it is not so easy to define such limit, because of many factors, such as the compatibility with the original materials or simply feasibility problems during the execution. Significant parameters for choosing the type of anchors are type of substrate anchorage length hole diameter setting time and fixing mode waiting times for the loading of the anchorage The thixotropic consistency of the resin, that is useful to prevent from excessive spreading in the interstices of historical buildings, complicates the deep extrusion stage and limits the anchorage length in comparison with the application where the injection is realized with grouts.

Fabrication Details Diameter : 12 mm – 120 m Dimension : According to the project specifications Standard : 8.8 and 10.9 quality with ST37 and ST42 material Areas of Application Civil Construction Steel Construcion Bridges Steel structure truss bars and y-branches

Cooperation with the designer The characteristics of Bossong anchorages are defined on the base of the specific parameters of each single project, as well as the dimensions of the hole they must be embedded in, that depend on the type of material constituting the substrate. The change of information relating to the knowledge of the building’s state of preservation and of the aims of the provided interventions, drawings and pictures, the pattern of cracks and deformations, as well as the design of interventions, are very important to define the type of anchor that better fits the application and also to evaluate the intervention from the economic point of view. Tests in place The need to give to design engineers the possibility of an assessment of the behaviour of injected anchors in a particular application and in a specific setting has lead Bossong to equip its technician with a mobile instrumentation that allows the execution of onsite tests.

This cross-shaped anchor for flat roofs is weighed down using concrete slabs (50 x 50 x 5cm, not included). The design is based on a high-quality stainless steel frame (150 x 150 cm) with aluminium crossbars and a central, stainless steel anchorage point for one individual (Ø 16 mm). EN 795:2012, E For flat roof pitches ≤ 5° Weighed down using 8 concrete slabs (ca. 224 kg) Weight incl. ballast: ca. 245 kg; resulting roof load approx. 108.9 kg per m² Also designed for usage as an intermediate post in a lifeline system Incl. 5 EPDM patches to protect your roof membrane

Install the base plate (200 x 200 mm) of this stainless steel anchorage point (Ø 16 mm) on a load-bearing steel structure and then counter it using 4 stainless steel bolts. This anchor has been awarded national technical approval by the German Institute for Construction Technology ("DIBt"). The bolts and counter nuts required are included in the package. National technical approval ("abZ"): Z-14.9-688 (pls. observe the installation instructions provided in the "abZ") EN 795:2012, A + CEN/TS 16415:2013 Incl. stainless steel installation set Upgrade with a supporting tube for usage as an end or corner support in a lifeline system

This stainless steel anchorage point, which comes with a base plate (150 x 150 mm), has been approved by the German Institute for Construction Technology ("DIBt"). It is installed on a steel structure and countered on the other side. The welded-on supporting tube (Ø 42 mm) easily withstands the pre-tensioning stress to which it is subjected when used in a lifeline system. Our standard package includes a set of installation materials. National technical approval ("abZ"): Z-14.9-688 (pls. observe the installation instructions provided in the "abZ") EN 795:2012, A + CEN/TS 16415:2017 Base plate + welded-on supporting tube Incl.stainless steel installation set

All you need to install this stainless steel anchorage point (Ø 16 mm), which is suitable for all directions of load, is an installation depth of at least 65 mm. The anchor base plate (200 x 200 mm) is fixed permanently to the concrete subsurface using the 4 drive-in dowels supplied. EN 795:2012, A + CEN/TS 16415:2013 Concrete ≥ C20/25 Installation depth required: Only 65mm Add a supporting tube for usage as an end or corner post in a lifeline system Incl. stainless steel installation set

This mobile door traverse provides your workers with a temporary anchorage option in a fall danger zone at a minute's notice. This robust steel traverse is simply jammed in a door frame. The anchorage eyelet can be used to secure up to 2 individuals simultaneously (when equipped with corresponding PPE equipment). EN 795:2012, B CEN/TS 16415:2013 Simply jammed in a door frame Maximum door width: 1100 mm For 2 individuals (max. 900 mm)

This stainless steel anchorage point (Ø 16 mm) - specially designed for wooden surfaces - is attached to a load-bearing beam and accordingly countered. The anchor can be installed laterally using the angular plate supplied. Our standard package also includes 2 threaded bolts and matching nuts. EN 795:2012, A + CEN/TS 16415:2013 Angular plate for lateral installation 2-hole system for flexible installation For load-bearing wooden structures Minimum beam dimensions: 100 mm x 120 mm Incl. stainless steel installation set

For a high load-bearing capacity in any direction, simply insert this stainless steel anchorage point (Ø 16 mm) through a pre-drilled hole in a wooden beam and counter it on the other side. This anchor is available with and without a protrusion and can be installed on the ground, laterally or overhead. EN 795:2012, A + EN CEN/TS 16415:2013 Protruding and non-protruding models available Designed for load-bearing wooden structures Minimum rafter dimensions: 100 mm x 120 mm Incl. installation set

This anchorage device was specially-designed for flat roofs. It can be used as an anchor or system support and can be weighed down using concrete slabs (50 x 50 x 5 cm, not included) or gravel (not included). Its high-quality, stainless steel frame (150 x 150 cm) with aluminium crossbars is equipped with a central anchorage point (Ø 16 mm) - also made of stainless steel. EN 795:2012, E + CEN/TS 16415:2013 For flat roof pitches ≤ 5° Weighed down using 16 concrete slabs (ca. 448 kg) Weight incl. ballast: 483 kg | resulting roof load: approx. 214.7 kg per m² Anchorage point for 2 individuals Weighed down using gravel (ca. 450 kg) Weight incl. ballast: ca. 485 kg | resulting roof load: approx. 200 kg per m² Anchorage point for 1 individual (secures 2 individuals when used as an intermediate bracket in a lifeline system) Additional supporting tube required for usage as an end or corner post Incl. 5 EPDM patches to protect your roof membrane

Whether this device is left standing out in the open or integrated into your roof greenery, our ABS Weight OnTop Max anchorage device for flat roof surfaces has been approved for installation without penetrating your roof surface - simply by weighting it down (50 x 50 x 5 cm, concrete slabs not included). Please observe the installation instructions provided in the "abZ" (national technical approval: Z-14.9-824) For flat roof pitches ≤ 5° Weighted down using 40 concrete slabs (ca. 1.120 kg) | resulting roof load approx. 61 kg per m² If implemented as an end or corner post in a lifeline system, a special supporting tube needs to be used

This anchorage point (Ø 16 mm) for sandwich sheeting is simply installed from above using 4 special toggle bolts. The anchorage eyelet, rod and base plate (372 x 200 mm) are all manufactured completely from stainless steel material. The special toggle bolts needed are included in the package. EN 795:2012, A + CEN/TS 16415:2013 Sandwich and trapezoidal sheeting (negative) For steel plating ≥ 0.5 mm Distance between the bores: 280 to 333 mm Installation materials included Add a supporting tube for usage as an end or corner post in a lifeline system

The round base plate (Ø 400 mm) of this stainless steel anchorage point (Ø 16 mm) guarantees that any force exerted on it is optimally distributed across a thin installation surface. Our standard package includes 24 stainless screws which are used to attach the device to an OSB / wooden surface. EN 795:2012, A + CEN/TS 16415:2013 OSB min. 12 mm Wood min. 18 mm Can also be installed on a vapour barrier or waterproofing (max. 15 mm) Optimal force distribution through the round base plate design Incl. installation set

The two sides of this stainless steel anchorage point (Ø 16 mm) - specially designed for the roof apex - can be adjusted to the individual pitch of your roof using its adjustable base plate. Our standard package includes 8 stainless steel screws for attaching the device to the rafters. EN 795:2012, A + CEN/TS 16415:2017 Simply screwed onto the roof apex Suitable for usage on both sides of your roof Min. roof rafter dimensions: 80 mm x 120 mm Add a supporting tube for usage as an end or corner post in a lifeline system Incl. installation set

This stainless steel anchorage point (Ø 16 mm), which is cemented into concrete using special adhesive, does not cause any tension to arise in the subsurface and can be implemented in situations where the installation depth is a mere 50 mm. The anchor base plate (200 x 200 mm) is installed on an uncovered surface using the 4 anchor rods supplied. EN 795:2012, A + CEN/TS 16415:2013 Concrete ≥C20/25 Installation depth required: Only 50mm Recommended accessories: Special Adhesive WIT-VM-250 Add a supporting tube for usage as an end or corner post in a lifeline system Incl. stainless steel installation set

You can use this stainless steel anchor on trapezoidal sheeting (positive or negative) either as an anchorage point or for attaching a safety net. The special toggle bolt included in the package comes with its own integrated seal. EN 795:2012, A + EN 1263-2:2014 Sandwich and trapezoidal sheeting (positive/ negative) Steel ≥ 0.75 mm Aluminium ≥ 2.00 mm

This easy-to-install stainless steel anchorage point is simply embedded in a concrete surface using a special drive-in dowel (M10). Thanks to its discreet anchorage eyelet, this device, which can be used to secure 1 individual, is virtually indiscernable to the eye following installation. EN 795:2012, A Small and unobtrusive Concrete ≥ C20/25 Incl. stainless steel installation set

Use this temporary anchorage device as a mobile anchor solution. In just a few seconds, the brass clamps of this anchor, which to a large part is manufactured from aluminium, can be clamped to a steel girder. This device, which only weighs 1.85 kg, protects 1 individual from falling. EN 795:2012, B Simply clamped to a steel girder Flange width: 100 - 330 mm Flange depth: max. 33 mm

This stainless steel anchorage point - designed to protect 3 individuals from falling - is simply clamped onto the flange of a steel girder without penetrating the surface. It is suitable for all directions of load, can be installed overhead or used as an intermediate bracket in a lifeline system. EN 795:2012, B & DIN CEN/TS 16415:2013 (ABS-Lock T) EN 795:2012, B & DIN CEN/TS 16415:2017 (ABS-Lock T-Max) Simply clamp the device onto a steel girder Flange width: 80-320 mm Flange depth: 8-16 mm Optional: ABS-Lock T-Max for extra-large steel girders (flange width: 270-1370 mm / flange depth: 5-30 mm)

The thread (M12) of this stainless steel anchor is screwed through a steel surface (min. 5 mm) and countered accordingly. Alternatively, it can also be screwed into a pre-installed female thread. This anchor, which is capable of restraining loads in all directions, can also be installed overhead, if required. EN 795:2012, A Designed to be screwed to a steel structure or screwed through and countered Installation materials included

The thread (M12) of this particularly robust stainless steel anchorage point is permanently installed in concrete using special adhesive. Once installed, it is suitable for all directions of load. You can install it on the ground, in a wall or overhead, depending on your individual needs. EN 795:2012, A Concrete ≥ C20/25 Recommended accessories: Special Adhesive WIT-VM-250

This stainless steel anchorage point (Ø 16 mm) for steel surfaces is reinforced through a special supporting tube (Ø 42 mm). You can either use it as a single anchorage point or integrate it into a lifeline system. It is installed laterally using the angular plate supplied and then countered using 2 threaded bolts and corresponding nuts. EN 795:2012, A + CEN/TS 16415:2013 Angular plate for lateral installation Installation materials included

This reinforced, stainless steel anchorage point (Ø 16 mm) comes with a special supporting tube (Ø 42 mm) and includes an angular plate for lateral installation. Simply drill 2 holes through a load-bearing beam to install it. Our standard package includes threaded bolts and nuts for countering. EN 795:2012, A + CEN/TS 16415:2013 Angular plate for lateral installation Designed for load-bearing wooden structures Minimum beam dimensions: 100 mm x 200 mm Incl. stainless steel installation set

This stainless steel anchorage point (Ø 16 mm) is attached laterally to a concrete surface. It is reinforced by screwing on the supporting tube supplied (Ø 42 mm) - making it ideal for usage as a stronge support in a lifeline system. Our standard package includes 2 anchor rods and an angular plate - all made of stainless steel material. EN 795:2012, A + CEN/TS 16415:2013 Angular plate for lateral installation Concrete ≥ C20/25 Recommended accessories: Special Adhesive WIT-VM-250 Incl. stainless steel installation set

The angular plate supplied with this stainless steel anchorage point (Ø 16 mm) makes light work of installing it on a steel structure. It can be attached to the structure permanently using the 2 threaded bolts included in the package. These are simply inserted through two pre-drilled bores and countered using the nuts supplied. EN 795:2012, A + CEN/TS 16415:2013 Angular plate for lateral installation 2-hole system for flexible installation Incl. stainless steel installation set

Thanks to its angular bracket, this stainless steel anchorage point (Ø 16 mm) can be quickly and easily installed in a lateral position. The 2 anchor rods included in the package are permanently installed in the concrete subsurface using a special two-component adhesive. Once installed, this anchor is suitable for all directions of load. EN 795:2012, A + CEN/TS 16415:2013 Angular plate for lateral installation 2-hole system for flexible installation Concrete ≥ C20/25 Recommended accessories: Special Adhesive WIT-VM-250 Incl. stainless steel installation set

Depending on the subsurface (steel, copper, aluminium or titanium zinc), this stainless steel anchorage point can be installed on a metal roof using either aluminium or brass clamps. It is simply attached to a standing or copper standing seam using the specially-designed clamps supplied - completely penetration-free. EN 795:2012, A + CEN/TS 16415:2013 Freely-rotating anchor eyelet Clamped onto a seam without penetrating your roof surface Mounted on a single seam For steel and stainless steel ≥ 0.5 mm; copper ≥ 0.6 mm; titanium zinc and aluminium ≥ 0.7 mm For Rheinzink and similar systems Incl. installation set

Simply clamp this freely-rotating stainless steel anchorage point onto a rounded-edge seam without penetrating your roof surface. As it is only attached to one single seam, you can work with it irregardless of the seam distance. The standard package includes specially-designed aluminium clamps which you can install without having to penetrate the roof membrane. EN 795:2012, A + CEN/TS 16415:2013 Completely penetration-free installation Mounted on a single seam Aluminium depth ≥ 0.8 mm For BEMO and similar systems Incl. installation set