FireCrunch Helps Eliminate Tree Destruction

These NEW composite MgSO₄ K-Clad products save millions of oxygen-generating CO₂ absorbing trees to make paperlined plasterboard.

Plasterboard and lining paper production contribute significant levels of toxicity and eutrophication to water, as well as toxicity to land.

Eutrophication occurs when a body of water receives an excessive nutrient load, particularly phosphorus and nitrogen as from wood pulping. This often results in an overgrowth of algae. As the algae die and decompose, oxygen is depleted from the water, and this lack of oxygen in the water causes the death of aquatic animals, like fish.

Chemical wood pulping involves the extraction of cellulose from wood by dissolving the lignin that binds the cellulose fibers together. The four processes principally used in chemical pulping are kraft, sulfite, neutral sulfite semichemical (NSSC), and soda.

NEW SUPPLY RATE COST REDUCTIONS

NOW, the costs of these new products in some firewalls are up to 50% less per m2 compared to 13mm and 16mm Fyrchek, plus 50% less in freight weight, handling, installs and crane-up, mainly due to less material required per one 10mm sheet for Fire and Class 4 top finish surface = FRL 90/90/90, plus stays inert in water and flooding.

Please consider nominating low net CO₂ emission FireCrunch and K-Clad MgSO₄ products when designing, specifying, costing and tendering for your projects.

Call us on 1300 933 102 or email sales@firecrunch.com.au for updated information and pricing checks.