CSIR Technology Portal
CSIR Technology Portal

 Technology Profile

Title:

Light weight Cellular Panels for Masonry Building Construction

Value Proposition:

Light Weight Cellular (LWC) Panels present an innovative and efficient alternative to conventional masonry units, combining structural performance with construction efficiency. Made from a blend of cement, fly ash, sand, water, and additives, LWC panels are designed to be lightweight yet durable. Their unique male-female interlocking notch design enhances vertical alignment and structural integrity, reducing the reliance on mortar. The integrated vertical holes, when filled with reinforced concrete, form high-strength core columns that significantly boost load-bearing capacity. This system supports faster and simpler construction while utilizing sustainable materials like fly ash, making LWC panels a cost-effective and eco-friendly solution for modern building applications.

Summary Application:

Light Weight Cellular (LWC) Panels can be used in load bearing walls in masonary construction or masonry infill in reinforced concrete frame buildings.

Advantages:
  • Light Weight Cellular (LWC) Panels offer multiple benefits over traditional masonry units. Their lightweight composition reduces overall structural load, leading to cost-effective foundations and easier handling on-site.
  • The unique male-female interlocking notch design ensures strong vertical alignment and improved structural integrity.
  • These panels support faster construction due to their modular form and minimal mortar use.
  • Additionally, the inclusion of reinforced concrete core columns enhances load-bearing capacity and overall structural performance.
  • The use of industrial by-products like fly ash also makes them an environmentally sustainable choice.
Commercialization Status: Already Commercialised
Tech. Readiness Level:
CSIR-Central Building Research Institute
CSIR-Central Building Research Institute[CSIR-CBRI]
:  director[at]cbri[dot]res[dot]in
:91-1332-272243
:https://cbri.res.in
Industrial Applications: Building Materials [Building Materials, Construction Technologies, Furniture etc.]
Photograph(s)