Lightweight Construction Methodology
English | 中文简体
Lightweight Construction Methodology (LCM) was developed in Europe over 60 years ago and has since then been on the international market for more than 20 years. LCM has been used in the building industry for well over one hundred thousand apartments and houses in over 40 different countries. Machines, foaming agent, training and technology transfer
Foam Concrete
Introduction

About LCM

DANNY- Half Slab System and Fire Resistant Party Walls
Application
Benefits
FAQ
Charts
Foam Generator & LCM Mixer
Casting of Wall
Casting a House
LCM Corepanel
LCM Coreply Formwork
LCM Formwork System
Raising Foundation
Blocks & Panels
Road Barries & Sound Barrier
Pavers & Cornices
Any Pattern Casting
Walls, Drains & Foundations
Soft Ground & Bridge Approach Applications
Highrise External Wall Panels
Screeds, Floor Stampings & Road Base
Photo of Projects
Video
Research & Development
Conclusion
Contact
> Pavers & Cornices

Lot 78, Jalan Beserah, ( Opposite TAN CHONG - NISSAN Showroom ), 25300 Kuantan, Pahang, Malaysia.
Tel : +6-09-5162911 or +6-09-5162912 Fax : +6-09-5162913
Email : alcm8@pd.jaring.my or alexliew@streamyx.com

Cornices panels can be cast at a fraction of existing methods but we purpose in-place cast directly connecting the in-place cast wall, just add the necessary extra mould made either with metal plates or wood.

Garden walking pavers below are made by inserting pebbles a few hours after foam concrete is pour onto mould, we suggest high density for this type of products.



Water tanks, swimming pools, pottery, and many other products can be made by LCM with density ranging from 900 to 1300 kg / m3 density. Maximum water penetration is 14 % compare to 56 % for normal concrete and 100% for clay bricks.

Road re-entrenchment, water pipe and fiber optic cable protection has been extensively used all over Europe, where here we haven't even heard or seen it before.



Copyright © 2002-2003 Liew Chung Meng (0008236-V). All rights reserved. Designed by Website Solution.