Weberwall brick is an alternative to brick slips, featuring 20 weberwall bricks supplied pre-fixed to a mesh background. Weberwall brick can be used to create a realistic brick finish across a range of different applications and substrates with significant reductions in weight and application costs.
Weberwall brick is an alternative to brick slips, featuring 20 weberwall bricks supplied pre-fixed to a mesh background. Weberwall brick can be used to create a realistic brick finish across a range of different applications and substrates with significant reductions in weight and application costs.
Celcon Block Standard Grade is BBA certified and has a compressive strength of 3.6N/mm2. Its all-round performance allows a 100mm Standard Grade Celcon Block to be used consistently throughout a build, eliminating on-site confusion
H+HÕs Celcon Blocks High Strength Grade (7.3N/mm2 Ð identified with a black stripe on the block) is ideal where higher compressive strengths are required such as in the foundations and lower storeys of three storey buildings, piers under high vertical loads and in multi-storey buildings.
Weberwall brick is an alternative to brick slips, featuring 20 weberwall bricks supplied pre-fixed to a mesh background. Weberwall brick can be used to create a realistic brick finish across a range of different applications and substrates with significant reductions in weight and application costs.
Weberwall brick is an alternative to brick slips, featuring 20 weberwall bricks supplied pre-fixed to a mesh background. Weberwall brick can be used to create a realistic brick finish across a range of different applications and substrates with significant reductions in weight and application costs.
Celcon Block Standard Grade is BBA certified and has a compressive strength of 3.6N/mm2. Its all-round performance allows a 100mm Standard Grade Celcon Block to be used consistently throughout a build, eliminating on-site confusion
H+HÕs Celcon Blocks High Strength Grade (7.3N/mm2 Ð identified with a black stripe on the block) is ideal where higher compressive strengths are required such as in the foundations and lower storeys of three storey buildings, piers under high vertical loads and in multi-storey buildings.