BIM Object Library

2D detail

Low thermal conductivity, basalt-fibre, Type 1 (heavy duty) wall tie for connecting the two leaves of a cavity wall. The material has a thermal conductivity of just 0.7W/mK. Standard tie lengths available.

Tie length is parametrically controlled. The detail includes a moveable heavy duty rubber ‘o’ ring drip and an optional insulation retaining clip.

2D detail

Low thermal conductivity, basalt-fibre, Type 2 (general purpose) wall tie for connecting the two leaves of a cavity wall. The material has a thermal conductivity of just 0.7W/mK. Standard tie lengths available.

Tie length is parametrically controlled. The detail includes a moveable heavy duty rubber ‘o’ ring drip and an optional insulation retaining clip.

2D detail

Low thermal conductivity, basalt-fibre, Type 4 (light duty) wall tie for connecting the two leaves of a cavity wall. The material has a thermal conductivity of just 0.7W/mK. Standard tie lengths available.

Tie length is parametrically controlled. The detail includes a moveable heavy duty rubber ‘o’ ring drip and an optional insulation retaining clip.

2D detail – plan view

Stainless steel wall tie for connecting masonry to an in-situ structure, featuring an integral drip for use across a cavity and a 7mm fixing hole. Can be fixed to a range of materials including concrete, steelwork and masonry. UKCA and CE marked to BS EN 845-1. Standard tie lengths available.

Tie length is parametrically controlled. Optional insulation retaining clip.

2D detail – plan view

Stainless steel Type 1 (heavy duty) wall tie for connecting two leaves of a cavity wall with integral water drips. CE marked to BS EN 845-1. Standard tie lengths available.

Tie length is parametrically controlled. Optional insulation retaining clip.

2D detail – plan view

Stainless steel two-part wall tie for connecting the leaves of a cavity wall. One section is built into the blockwork and the other section is fixed as the outer leaf is constructed. CE marked to BS EN 845-1.

Tie length is parametrically controlled. Optional insulation retaining clip.

2D detail – plan view

Stainless steel Type 4 (light duty) wall tie for connecting the leaves of a cavity wall. Suitable for housing developments up to 10 metres in height. CE marked to BS EN 845-1. Standard tie lengths available.

Tie length is parametrically controlled. Optional insulation retaining clip.

Staifix RT2 Wall Tie

Stainless steel Type 2 (general purpose) wall tie for connecting the leaves of a cavity wall. Suitable for housing and commercial developments. CE marked to BS EN 845-1. Standard tie lengths available.

Tie length is parametrically controlled. Optional insulation retaining clip.

2D detail – plan view

Stainless steel, high performance, self-anchoring cast-in channel slot with cavity wall tie. CE marked to BS EN 845-1. Standard tie lengths available.

Tie length is parametrically controlled. Optional insulation retaining clip.

2D detail – plan view

Stainless steel channel and tie system for connecting masonry cladding to steel stud framing with high thread screws through rigid insulation board. CE marked to BS EN 845-1. Standard tie lengths available.

Tie length is parametrically controlled.

2D detail – plan view

Stainless steel, high performance, self-anchoring cast-in channel slot and shear tie. Standard tie lengths available.

Tie length is parametrically controlled. Optional debonding sleeve.

2D detail – plan view

Stainless steel, high performance, self-anchoring cast-in channel slot with debonded tie for use at vertical movement joints that abut concrete columns. Standard tie lengths available.

Tie length is parametrically controlled.

2D detail – plan view

Stainless steel debonded wall tie for use at vertical movement joints that abut columns. CE marked to BS EN 845-1. Standard tie lengths available.

Tie length is parametrically controlled.

2D detail – plan view

Stainless steel, plain-ended wall tie for connecting masonry to an in-situ structure, featuring a 7mm fixing hole. Can be fixed to a range of materials including concrete, steelwork and masonry. CE marked to BS EN 845-1. Standard tie lengths available.

Tie length is parametrically controlled. Optional debonding sleeve.

2D detail – plan view

Stainless steel lateral restraint slip tie for use across movement joints in masonry walls. CE marked to BS EN 845-1. Standard tie lengths available.

Tie length is parametrically controlled.

3D Detail

A bespoke stainless steel bracket-angle system to support masonry cladding. Systems can be supplied with a range of components including thermal breaks, shims, closer plates and expanded metal lath. CE marked to BS EN 1090-1.

Standard 3D view shows horizontal angle only. Bracket detail shown in section view. Bracket depth and angle position is parametrically controlled.

3D detail

A bespoke stainless steel bracket-angle system to support masonry cladding with the support angle at the top of the bracket. Systems can be supplied with a range of components including thermal breaks. CE marked to BS EN 1090-1.

Standard 3D view shows horizontal angle only. Bracket detail shown in section view. Bracket depth and angle position is parametrically controlled.

3D detail

A bespoke stainless steel bracket-angle system to support masonry cladding with a reversed angle welded to the bracket. Systems can be supplied with a range of components including thermal breaks. CE marked to BS EN 1090-1.

Standard 3D view shows horizontal angle only. Bracket detail shown in section view. Bracket depth and angle position is parametrically controlled.

3D detail

AnconOptima is a standard masonry support system, comprising brackets, angles with pre-marked fixing zones and locking wedges. Available in three standard systems to support an unfactored masonry load of up to 10kN, 12kN and 14kN. Optional extras include thermal breaks, shims etc.

Standard 3D view shows horizontal angle only. Bracket detail shown in section view. Bracket depth is parametrically controlled.

2D detail – plan view

Welded, stainless steel, ladder-type reinforcement used to improve the structural performance of masonry walls by providing additional resistance to lateral loads. Shaped cross wires ensure longitudinal wires are located in the centre of a mortar joint. CE marked to BS EN 845-3. Standard tie lengths available.

Product width and wire diameter are parametrically controlled.

3D detail

The Ancon Thermal Windpost (TWP2) is designed to span vertically between floors, to provide additional lateral support for panels of masonry. It has been specially designed and engineered after extensive research and testing, with a variety of features to improve the thermal performance and repeatability of the junction. Supplied complete with end connections and wall ties. Product is UKCA and CE marked, designed to BS EN 1993 (EC3) and manufactured to BS EN 1090-1.

3D detail

Ancon Windposts span vertically between floors to provide lateral support for panels of masonry. WP1 is a lipped channel section windpost which installs within the cavity leaving the blockwork undisturbed. Supplied complete with end connections and wall ties. Product is UKCA and CE marked, designed to BS EN 1993 (EC3) and manufactured to BS EN 1090-1.

Standard 3D view shows vertical post only. Wall tie details shown in section view. Section size, post length and wall tie length parametrically controlled.

3D detail

Ancon Windposts span vertically between floors to provide lateral support for panels of masonry. WP2 is an angle section windpost. One leg of the post is built into the blockwork. Supplied complete with end connections and wall ties. Product is UKCA and CE marked, designed to BS EN 1993 (EC3) and manufactured to BS EN 1090-1.

Standard 3D view shows vertical post only. Wall tie details shown in section view. Section size, post length and wall tie length parametrically controlled. Optional wall tie debonding sleeve.

3D detail

Ancon Windposts span vertically between floors to provide lateral support for panels of masonry. WP3 is a channel section windpost which installs within the cavity leaving the blockwork undisturbed. Supplied complete with end connections and wall ties. Product is UKCA and CE marked, designed to BS EN 1993 (EC3) and manufactured to BS EN 1090-1.

Standard 3D view shows vertical post only. Wall tie details shown in section view. Section size, post length and wall tie length parametrically controlled.

2D detail – section view

The stainless steel FHR connects the top of a masonry wall to the underside of a structural frame. Standard sizes available.

Product size is parametrically controlled.

2D detail – section view

The IHR-B provides the necessary restraint to the top of masonry walls and accommodates vertical movement. Other head options including –C (channel). Standard size suits a standard 215mm block.

3D Detail

Ancon SSTS (stainless steel) are compact thermal breaks, typically used for connecting steel balconies to structural steel frames. They are also equally suitable for other steel-to-steel applications.

3D Detail

Ancon STS (galvanised steel) are compact thermal breaks, typically used for connecting steel balconies to structural steel frames. They are also equally suitable for other steel-to-steel applications.

3D Detail

Ancon SSTC (stainless steel) steel-to-concrete balcony connectors are used to anchor steel balconies to concrete floor slabs and have been proven through thermal modelling to reduce heat loss when compared to direct connections.

3D Detail

Ancon STC (galvanised steel) steel-to-concrete balcony connectors are used to anchor steel balconies to concrete floor slabs and have been proven through thermal modelling to reduce heat loss when compared to direct connections.

3D detail

High performance, two-part, stainless steel, double-dowel connector used to transfer shear across expansion and contraction joints in concrete. Accommodates longitudinal movement.

Object supplied in 10 standard sizes.

3D detail

A high performance, two-part, stainless steel, double-dowel connector used to transfer shear across expansion and contraction joints in concrete. A rectangular box section accommodates lateral and some rotational movement as well as longitudinal movement.

Object supplied in 9 standard sizes.

3D detail

Stainless steel, two-part, Lockable Dowel for use at a mid-slab temporary movement joint in post-tensioned concrete. It accommodates an initial phase of movement and is then locked with a plate and resin.

1 standard size.

3D detail

Stainless steel, two-part, Lockable Dowel for use a temporary movement joint in post-tensioned concrete at a wall-to-slab interface. It accommodates an initial phase of movement and is then locked with a plate and resin.

1 standard size.

3D detail

Heavy duty, stainless steel, two-part, Lockable Dowel for use at a mid-slab temporary movement joint in post-tensioned concrete. It accommodates an initial phase of movement and is then locked with a plate and resin.

1 standard size.

3D detail

Double-headed carbon steel studs, welded to flat rails, positioned around a column head/based to provide additional reinforcement against punching shear. Allows flat slab construction.

Ancon EC2-compliant design program available.

Stud diameter, stud length, stud spacing and rail length are parametrically controlled.

2D detail

KSN Anchors, in conjunction with BT parallel-threaded reinforcing bars, provide reinforcement continuity at slab-to-wall concrete construction joints.

Object supplied in standard anchor/bar sizes.