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Results 11 - 20 of 103 for Blocks: aircrete blocks

Cavity Walls: U Values (W/m2k) for Fully Filled Cavity Walls Constructed Using Aircrete Blocks

Article - 11 Sep 2006

This article discusses the outer and inner leaf brickwork of aircrete blocks.
Cavity Walls: U Values (W/m2K) for Clear Cavity Walls Constructed Using Aircrete Blocks

Article - 17 Aug 2006

This article discusses the outer and inner leaf brickwork of aircrete blocks.
Cavity Walls: U Values (W/m2K) Outer Leaf Brickwork Using Aircrete Blocks

Article - 15 Aug 2006

This article discusses the outer and inner leaf brickwork of aircrete blocks.
Cavity Walls: U Values (W/m2K) Outer Leaf Brickwork and Inner Leaf Aircrete Blocks

Article - 15 Aug 2006

This article discusses the outer and inner leaf brickwork of aircrete blocks.
Properties of Celcon Aircrete Blocks - All Face Formats

Article - 15 Aug 2006

Properties of Celcon Aircrete Blocks - All Face Formats.
A Range of Fixings Suitable for Celcon Aircrete Solar Blocks

Article - 11 Aug 2006

A range of fixings suitable for Celcon Solar Blocks.
A Range of Fixings Suitable for Celcon Standard and Hi-Strength Aircrete Blocks

Article - 11 Aug 2006

A range of fixings for Celcon Standard and Hi-Strength Blocks.
Suitability of Celcon Aircrete Blocks for Party Walls and Flanking Walls

Article - 10 Aug 2006

Suitability of Celcon Aircrete Blocks for Party Walls and Flanking Walls.
FloorBlock - Ideal Infill for Beam and Block Aircrete Flooring Systems

Article - 31 Jul 2006

Celcon’s new FloorBlock has a face size of 610mm x 350mm (rather than 440mm x 560mm) offering the ability to span widths of 610mm allowing fewer beams to be used in each floor.
Standard Blocks - Lightweight Aircrete Blocks for External Wall Construction

Article - 31 Jul 2006

Celcon Standard blocks have been value engineered to combine strength, high thermal performance, good acoustic and fire properties, whilst retaining the lightweight characteristics of aircrete.

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What To Know About Bioengineered Construction Materials

What To Know About Bioengineered Construction Materials

This article will provide an overview of bioengineered building materials, discussing materials, products, and projects that have been made possible due to research in this area.

Reducing Embodied Carbon Through Design

Reducing Embodied Carbon Through Design

With an increase in the pressure to decarbonize the built environment and build more carbon-neutral buildings, the reduction of embodied carbon has become of great importance.

Calcium Carbonate Concrete: Building on Recycling

Calcium Carbonate Concrete: Building on Recycling

AZoBuild talks to Professors Noguchi and Maruyama about their research and development of Calcium Carbonate Concrete (CCC), a new material that has the potential to cause a sustainable revolution in the construction industry.