Cast-in Channels range from simple self-anchoring slots for accepting restraint fixings to large capacity channels with integral anchors. They provide the necessary adjustment required when fixing to concrete and can eliminate site drilling. Nail holes aid the fixing of channels to timber formwork and infill prevents the ingress of concrete during casting.
Ancon Cast-in Channels have been independently tested to the current British Standard BS 5080, Parts 1 and 2. The anchor shapes of Ancon Channels are outside current European Technical Assessment documents and therefore these products cannot be CE marked.
Channel profiles available for casting in are: 21/18, 28/15, 38/17, 30/20, 41/27, 40/25, 49/30 and 54/33.
Ancon 30/20 is a high performance channel. The unique shape allows the applied load to be fed directly from the channel lips to the anchors and the more compact section size improves its fit between reinforcement. Specially designed T-head bolts ride up the sloping sides of the channel and securely lock behind the front lips. 30/20 is filled with continuously extruded closed-cell PE-LD foam. This material is removed easily in long sections and is 100% recyclable.
Ancon 30/20 should be used in preference to 38/17 channel. 30/20 is a high performance channel and its lower material content offers considerable cost benefits.
Ancon CombiDeck edge support is supplied with an integral channel section, normally 30/20. Further details on CombiDeck can be found in the here.
AnconLock has teeth cut into the returned lips of the channel. The 'T' head bolts used to fix to this channel have a matching serrated surface on the underside of the head which provides a high resistance to slip under shear load along the line of the channel.
Ancon has won a 2018 Queen’s Award for Enterprise in the Innovation category, for the successful introduction and on-going development of its advanced composite, low thermal conductivity, Teplo wall tie range.
Ancon is proud to announce the launch of its new company and brand logos as part of its on-going evolution.