An innovative, environmentally friendly formwork system has been chosen as the preferred option for the largest environmentally sustainable residential development in Australia. Providing a cost effective solution to an ever increasing demand for sustainable building technologies. A light weight formwork system that is so versatile the variations are only limited by the architect’s imagination.
As developers of a highly sustainable residential development, our foremost consideration is directed towards the energy efficiency performance and thermal comfort of homes. The best performing wall forms, for all climates but extreme cold, exist when externally light weight materials are used and internally we try to maximize thermal mass. Lock-Form delivers this in the most practical and efficient way, minimizing demand on management and labour during construction and maximizing the performance of the walls. We highly recommend it and encourage builders and designers in our development to construct with it.
Adam Wright
Partner, Environmentally Sustainable Developments
Project: Beyond Today
The advantages of the system from a building perspective made the transition for our contractors an easy & rewarding decision. Its ease of use, the plastic strippable planks are reusable & keeping the costing down.
Lock-Form is unlike any conventional formwork system in the world,the ability to offer the largest R-Value Insulation in the market today, giving the client the ability to build an efficient sustainable home without cost blow outs. Lock-Form was designed specifically to service the sustainable building market & has proven to be the market leader in Australia.
Ari Schupak from Lock-Form says, understanding today's market has proven to be difficult for conventional building technologies. Lock-Form has had no such problem as it's positioned itself well as the Industry makes the transition to sustainable smart building.
" Lock-Form is an innovative, environmentally friendly formwork system that addresses Thermal Bridging to achieve energy efficient structures"