Development of Reconstituted Timber Product

Worldwide investors are strongly encouraged to consider the process. Eventual establishment of a large scale production plant will enormously enhance competitiveness and profitability.

Resistance to moisture absorption and weathering
Resistance to termite and other biological attacks
More fire safe than natural timber 
 

Woodchips,
Scrubs
Sugar cane bagasse
Other forms of plantation residue such as coconut fibres.
Other advantages of the product include;

The technology deals with the production of high quality billets, compatible or even superior to sawn timber. The billets can be made out of each of the cellulose material such as;

Minimise the consequential environmental impact commercial practices inflict on our forests
Produce a superior quality product to natural timber
Create a sustainable industry
Maintain a high rate of return on timber industry investment
With many years of research and investment, Dr Almasi prototyped a first generation of the artificial hardwood timber. His vision for the commercialization of the technology finally led him to establishment of a pilot plant and finally an order magnitude scoping study for construction of a large scale production facility.

Al & K, has developed a scientific approach to revive the industry by manufacturing a sustainable reconstituted timber product. The objectives of the approach were to;

The most significant challenge facing today's forest industry is the task of maintaining a positive investment climate in the face of progressive forest resource withdrawals. Added to this, the ultimate undesirable environmental impacts of logging, rapidly make the forest industry unsustainable and environmentally unjustifiable.