EJOT UK has received UKTA (UK Technical Assessment) certification for its LEIBIG Superplus BLS range of self-undercutting heavy duty anchors, providing assurance to engineers, designers and architects that these market-leading products fully comply with the post-Brexit standards protocol.
Providing an independently assessed performance approval to complement the product’s long-held ETA (European Technical Assessment), the UKTA will become increasingly important in specification decisions in projects throughout England, Scotland and Wales as the UK adopts stand-alone standards.
The UKTA future-proofs the Superplus BLS anchor, which is widely used in nuclear power plants due to its extended seismic approvals, including those beyond the ETA, by demonstrating its suitability for continued specification and use in light of the transition from CE marking to the UKCA mark.
EJOT UK has worked with the BBA (British Board of Agrément) to complete the independent assessment of the Superplus BLS anchor, checking its performance data against British and European standards.
Brian Mack, Technical Business Development Manager at EJOT UK said: “With the widespread specification of LIEBIG Superplus BLS anchors in safety critical applications throughout the UK, we wanted to take early action to achieve UKTA certification and give specifiers complete confidence when designing concrete applications. But the work doesn’t stop here – we continually assess Superplus BLS and all other LIEBIG anchoring technology against evolving global standards, including the European Technical Assessment which is due for review in the near future. This ensures we maintain the LIEBIG range’s position at the forefront technical excellence and compliance.”
The LIEBIG Superplus BLS is one the world’s most used heavy duty anchors of its kind, providing an alternative to concrete anchors that need pre-preparation of the hole using an undercut tool. It is approved for use in cracked and non-cracked concrete offering assured high-capacity anchoring in a wide variety of applications and conditions ranging from nuclear power plants and industrial sites to facades, structural steelwork and base plates.